Showing posts with label Abc: Articles by Dr Sayeed Ahmad. Show all posts
Showing posts with label Abc: Articles by Dr Sayeed Ahmad. Show all posts

Wednesday, September 7, 2011

Some Selected Homeopathy Remedies for Dengue fever

Some Selected Homeopathy Remedies for Dengue fever

1. Eupatorium perfoliatium: – Pain in the limbs and muscles with fever. There may be severe bone pain. Swelling of ankles and feet. Aching pain in bones of extremities with soreness of flesh.great thirst, perspiration relieves all symptoms except head ache.200 potency is found to be more effective. This medicine is highly effective in post fever arthralgia (Mother tincture 5 drops tds for 3-5 days)

2. Gelsemium: – associated with severe headache and coryza. Thirstlessness, slow pulse, muscular pains. There may be drowsiness, dullness and dizziness. Hard pressure. Swollen joints. Debilitating night sweats.


3. Belladona: High fever with burning heat. No thirst with fever. Joints swollen, red, shining with red streaks radiating. Heat, redness, throbbing and burning.


4. Pyrogen: Septic fevers, temperature rises rapidly. Great heat with profuse hot sweat. But sweating does not cause a fall in temperature, aching in limb and bones.


5. Nux vomica: fever with chilliness, nausea vomiting, ineffectual urging for stool.


6. Sulphur: used as an intercurrent.
Cannibal Courtship

Saturday, April 2, 2011

Vitamins and our Health

Vitamins. Dr. Sayeed Ahmad D. I. Hom. (London)

Vitamin is a chemical compound that the human body needs in small amounts. Vitamins make up one of the major groups of nutrients (food substances necessary for growth and health). Vitamins regulate chemical reactions by which the body converts food into energy and living tissues. There are 13 vitamins. Five of them are produced in the body itself. These vitamins are biotin, niacin, pantothenic acid, vitamin D, and vitamin K. Only biotin, pantothenic acid, and vitamin K, which are made by bacteria in the human intestine, are possibly produced in sufficient quantities to meet the body's needs. Therefore, vitamins must be supplied in a person's daily diet. The best way for a healthy individual to obtain vitamins is to eat a balanced diet. A daily diet that includes a variety of foods from each of the basic food groups provides an adequate supply of all the vitamins. VITAMIN A Sources : Fish and fish-oil, like cod liver oil. Milk & Butter. Eggs, yolk. Dark green leafy vegetables & also vegetables like carrots, cabbage, pumpkin, tomatoes. Fruits, like Papaya & Mango. Daily Requirement : 5000 IU in Men. 4000 IU in Women. Deficiency of vitamin A causes : Dryness and roughness of skin. Growth retardation. Low resistance to infection. Faulty development of teeth. Spongy gums. Dryness of eyes. Night Blindness. Dimness of vision. Infection of eyes. Respiratory infections. While an excess can lead to : Fatigue. Irritability. Lack of concentration. Loss of appetite. Vomiting. Weight loss. Itching. Hair loss. Bleeding lips. Yellow pigmentation. Increased urine. Low grade fever. Headache. Drowsiness. VITAMIN B1 -THIAMINE. Daily Requirements : 1.5 mg. - Men. 1.1 mg - Women. Sources : Peas. Beans. Soya Beans. Peanuts. Whole grain. Milk. Pork. Green Vegetables. Outer layer of rice. Egg yolk. Deficiency of vitamin B1 can cause : Fatigue. Loss of appetite. Nausea. Mood changes. Confusion. Anæmia. Heart Problems. Muscle Cramps. Wasting and weakness of muscles. Breathlessness on exertion. Palpitation. Anæmia. Tingling numbness. Imp : Alcohol causes decrease of Vitamin B absorption. Vitamin B2 RIBOFLAVIN. Often used to treat illnesses like acne., anæmia, cataract and depression. Requirement : 1.7 mg. - males. 1.3 mg - females. 1.6 mg. in pregnant women. Sources : Bread. Flour. Cheese. Milk. Liver. Eggs. Meat. Soyabean. Green leafy vegetables. Kidney. Fish. Imp : Store this food in dark since Vitamin B2 breaks down in sunlight. Alcohol causes decrease Vitamin B2 absorption. Deficiency of vitamin B2 causes : Oily scaly skin rash. Sores especially lips, comes of mouth. Swollen red pain tongue. Red, burning, itchy eyes. Fissured tongue. VITAMIN B3 - NIACIN. Requirement : 19 mg. -males. 15 mg -Females. 17 mg -pregnant women. Sources : Fish. Meat. Liver. Whole wheat. Cereals. Egg. Dates. Figs. Peanut Butter. Nuts. Deficiency of vitamin B3 causes : Pellagra, which is characterised by Diarrhœa, Dermatitis & Dementia. Weakness. Loss of appetite. Headache. Irritability. Anxiety. Swollen tongue. Vitamin B5 - Pantothenic Acid. It is used to relieve pain of burns, cuts, abrasions & to reduce skin inflammation. It speeds up wound healing. Requirement : 4-7 mg /day. Sources : Meat. Whole grains. Green vegetables. Yeast. Nuts. Sweet Potatoes. Deficiency causes : Tingling Numbness. While an excess can cause : Diarrhœa. Vitamin B6 - PYRIDOXINE. Requirement : 2 mg/day - Men. 1.6 mg/day - Women. 2.2 mg/day - Pregnant Women. Sources : Egg Yolk. Milk. Fish. Cabbage. Whole grain. Bananas. Nuts. Corn. Deficiency can cause : Acne. Skin inflammation. Insomnia. Muscle weakness. Nausea. Irritability. Depression. Fatigue. Anæmia. Mild convulsion in babies. People at risk to develop deficiency are : Those suffering from malabsorption. Elderly people. Pregnant women. Women on oral contraceptive. Those on Anti Tubercular drugs. Vitamin B7 - Biotin. or Vitamin H. Requirement : 30-100 mg. Sources : Cheese. Kidney. Soya Bean. Sunflower Seeds. Sweet Potato. Breast milk. Deficiency can cause : Scaly oily skin rash. Hair loss. Nausea. Vomiting. Muscular Pain. Loss of Appetite. Red inflamed tongue. Fatigue. People at risk to develop deficiency are : Those on long term use of antibiotics. Those eating raw egg white regularly. Vitamin B12 - Cyanocobalamine. Requirement : 2 mcg/day. 2.2 mcg/day in pregnant women. Sources : Non vegetarian food only, like. Fish. Eggs. Dairy Products. Deficiency causes : Anæmia. Sore Tongue. Weakness. Tendency to bleed. Abdominal Pain. Depression. Stiff arms and legs. Irritability. People at risk to develop deficiency. Alcoholics. Strict Vegetarians. Vitamin C. – Ascorbic Acid. Vitamin C helps in illnesses like arthritis, atherosclerosis, heart disease and even cancer. It is also believed to help for relief during common cold. Requirement : 16 mg/day - Adults. 1 7 mg/day - Pregnant women. Sources : Citrus Fruits. Strawberry. Tomato. Green leafy vegetables & fruits like Amla. Deficiency causes : Weight loss. Bleeding gums. Easy bruising. Infection. Slow healing wounds and fractures. Aching bones and muscles. Irritability. People at risk to develop deficiency are : Bottle fed infants. Excess of vitamin C can cause : Nausea. Diarrhœa. Increased risk of kidney stone formation. VITAMIN D. Requirement : 5 mcg/day - Adults. 10 mcg/day – In children and pregnant women. It helps in promoting healthy bones and teeth as it is vital for calcium absorption from the food. Sources : Fatty fish - salmon, tuna. Dairy products. Butter. Eggs. Fish oils like cod liver oil. Milk. Cereals. Deficiency causes : Nervousness. Diarrhœa. Muscle twitches. Bone weakening. Insomnia. While excess can cause : Headache. Nausea. Loss of Appetite. Excess thirst. Muscles weakness. Heart, liver, kidney damage as calcium deposits accumulate. VITAMIN E. Vitamin E helps in heart disease, cancer, cataract & lupus. Daily Requirements : 8 mg/day - Women. 10 mg/day - Men, Pregnant Women. Sources : Given leafy vegetable. Seafood. Eggs. Nuts. Vegetable oils. Deficiency causes : Anæmia. Fluid Retention. VITAMIN K. It is required mainly for blood clotting & also for kidney function and bone metabolism. Daily Requirement : 80 mcg - Men. 65 mcg -Women. Sources : Green leafy vegetables. Beef. Cheese. Deficiency can cause : Bleeding. Copyright © Dr. Sayeed Ahmad 2004

Saturday, March 12, 2011

Antibiotics & Homeopathic Antidotes

Antibiotics & Homeopathic Antidotes
Dr. Sayeed Ahmad D. I. Hom. (London)

I. - INTRODUCTION

Antibiotics (Greek anti,"against;"bios,"life") are chemical compounds used to kill or inhibit the growth of infectious organisms. Originally the term antibiotic referred only to organic compounds, produced by bacteria or molds, that are toxic to other microorganisms. The term is now used loosely to include synthetic and semisynthetic organic compounds. Antibiotic refers generally to antibacterials; however, because the term is loosely defined, it is preferable to specify compounds as being antimalarials, antivirals, or antiprotozoals. All antibiotics share the property of selective toxicity: They are more toxic to an invading organism than they are to an animal or human host. Penicillin is the most well-known antibiotic and has been used to fight many infectious diseases, including syphilis, gonorrhea, tetanus, and scarlet fever. Another antibiotic, streptomycin, has been used to combat tuberculosis.

II. - HISTORY

Although the mechanisms of antibiotic action were not scientifically understood until the late 20th century, the principle of using organic compounds to fight infection has been known since ancient times. Crude plant extracts were used medicinally for centuries, and there is anecdotal evidence for the use of cheese molds for topical treatment of infection. The first observation of what would now be called an antibiotic effect was made in the 19th century by French chemist Louis Pasteur, who discovered that certain saprophytic bacteria can kill anthrax bacilli. In the first decade of the 20th century, German physician and chemist Paul Ehrlich began experimenting with the synthesis of organic compounds that would selectively attack an infecting organism without harming the host organism. His experiments led to the development, in 1909, of salvarsan, a synthetic compound containing arsenic, which exhibited selective action against spirochetes, the bacteria that cause syphilis. Salvarsan remained the only effective treatment for syphilis until the purification of penicillin in the 1940s. In the 1920s British bacteriologist Sir Alexander Fleming, who later discovered penicillin, found a substance called lysozyme in many bodily secretions, such as tears and sweat, and in certain other plant and animal substances. Lysozyme has some antimicrobial activity, but it is not clinically useful.

Penicillin, the archetype of antibiotics, is a derivative of the mold Penicillium notatum. Penicillin was discovered accidentally in 1928 by Fleming, who showed its effectiveness in laboratory cultures against many disease-producing bacteria. This discovery marked the beginning of the development of antibacterial compounds produced by living organisms. Penicillin in its original form could not be given by mouth because it was destroyed in the digestive tract and the preparations had too many impurities for injection. No progress was made until the outbreak of World War II stimulated renewed research and the Australian pathologist Sir Howard Florey and German-British biochemist Ernst Chain purified enough of the drug to show that it would protect mice from infection. Florey and Chain then used the purified penicillin on a human patient who had staphylococcal and streptococcal septicemia with multiple abscesses and osteomyelitis. The patient, gravely ill and near death, was given intravenous injections of a partly purified preparation of penicillin every three hours. Because so little was available, the patient's urine was collected each day, the penicillin was extracted from the urine and used again. After five days the patient's condition improved vastly. However, with each passage through the body, some penicillin was lost. Eventually the supply ran out and the patient died.
The first antibiotic to be used successfully in the treatment of human disease was tyrothricin, isolated from certain soil bacteria by American bacteriologist Rene Dubos in 1939. This substance is too toxic for general use, but it is employed in the external treatment of certain infections. Other antibiotics produced by a group of soil bacteria called actinomycetes have proved more successful. One of these, streptomycin, discovered in 1944 by American biologist Selman Waksman and his associates, was, in its time, the major treatment for tuberculosis.
Since antibiotics came into general use in the 1950s, they have transformed the patterns of disease and death. Many diseases that once headed the mortality tables—such as tuberculosis, pneumonia, and septicemia—now hold lower positions. Surgical procedures, too, have been improved enormously, because lengthy and complex operations can now be carried out without a prohibitively high risk of infection. Chemotherapy has also been used in the treatment or prevention of protozoal and fungal diseases, especially malaria, a major killer in economically developing nations. Slow progress is being made in the chemotherapeutic treatment of viral diseases. New drugs have been developed and used to treat shingles and chicken pox. There is also a continuing effort to find a cure for acquired immunodeficiency syndrome (AIDS), caused by the human immunodeficiency virus (HIV).

III. - CLASSIFICATION
Antibiotics can be classified in several ways. The most common method classifies them according to their action against the infecting organism. Some antibiotics attack the cell wall; some disrupt the cell membrane; and the majority inhibit the synthesis of nucleic acids and proteins, the polymers that make up the bacterial cell. Another method classifies antibiotics according to which bacterial strains they affect: staphylococcus, streptococcus, or Escherichia coli, for example. Antibiotics are also classified on the basis of chemical structure, as penicillins, cephalosporins, aminoglycosides, tetracyclines, macrolides, or sulfonamides, among others.

A. Mechanisms of Action
Most antibiotics act by selectively interfering with the synthesis of one of the large-molecule constituents of the cell—the cell wall or proteins or nucleic acids. Some, however, act by disrupting the cell membrane (see Cell Death and Growth Suppression below). Some important and clinically useful drugs interfere with the synthesis of peptidoglycan, the most important component of the cell wall. These drugs include the Â-lactam antibiotics, which are classified according to chemical structure into penicillins, cephalosporins, and carbapenems. All these antibiotics contain a Â-lactam ring as a critical part of their chemical structure, and they inhibit synthesis of peptidoglycan, an essential part of the cell wall. They do not interfere with the synthesis of other intracellular components. The continuing buildup of materials inside the cell exerts ever greater pressure on the membrane, which is no longer properly supported by peptidoglycan. The membrane gives way, the cell contents leak out, and the bacterium dies. These antibiotics do not affect human cells because human cells do not have cell walls.
Many antibiotics operate by inhibiting the synthesis of various intracellular bacterial molecules, including DNA, RNA, ribosomes, and proteins. The synthetic sulfonamides are among the antibiotics that indirectly interfere with nucleic acid synthesis. Nucleic-acid synthesis can also be stopped by antibiotics that inhibit the enzymes that assemble these polymers—for example, DNA polymerase or RNA polymerase. Examples of such antibiotics are actinomycin, rifamicin, and rifampicin, the last two being particularly valuable in the treatment of tuberculosis. The quinolone antibiotics inhibit synthesis of an enzyme responsible for the coiling and uncoiling of the chromosome, a process necessary for DNA replication and for transcription to messenger RNA. Some antibacterials affect the assembly of messenger RNA, thus causing its genetic message to be garbled. When these faulty messages are translated, the protein products are nonfunctional. There are also other mechanisms: The tetracyclines compete with incoming transfer-RNA molecules; the aminoglycosides cause the genetic message to be misread and a defective protein to be produced; chloramphenicol prevents the linking of amino acids to the growing protein; and puromycin causes the protein chain to terminate prematurely, releasing an incomplete protein.

B. Range of Effectiveness
In some species of bacteria the cell wall consists primarily of a thick layer of peptidoglycan. Other species have a much thinner layer of peptidoglycan and an outer as well as an inner membrane. When bacteria are subjected to Gram's stain, these differences in structure affect the differential staining of the bacteria with a dye called gentian violet. The differences in staining coloration (gram-positive bacteria appear purple and gram-negative bacteria appear colorless or reddish, depending on the process used) are the basis of the classification of bacteria into gram-positive (those with thick peptidoglycan) and gram-negative (those with thin peptidoglycan and an outer membrane), because the staining properties correlate with many other bacterial properties. Antibacterials can be further subdivided into narrow-spectrum and broad-spectrum agents. The narrow-spectrum penicillins act against many gram-positive bacteria. Aminoglycosides, also narrow-spectrum, act against many gram-negative as well as some gram-positive bacteria. The tetracyclines and chloramphenicols are both broad-spectrum drugs because they are effective against both gram-positive and gram-negative bacteria.

C. Cell Death and Growth Suppression
Antibiotics may also be classed as bactericidal (killing bacteria) or bacteriostatic (stopping bacterial growth and multiplication). Bacteriostatic drugs are nonetheless effective because bacteria that are prevented from growing will die off after a time or be killed by the defense mechanisms of the host. The tetracyclines and the sulfonamides are among the bacteriostatic antiobiotics. Antibiotics that damage the cell membrane cause the cell's metabolites to leak out, thus killing the organism. Such compounds, including penicillins and cephalosporins, are therefore classed as bactericidal.

IV - TYPES OF ANTIBIOTICS
Following is a list of some of the more common antibiotics and examples of some of their clinical uses. This section does not include all antibiotics nor all of their clinical applications.

A. Penicillins
Penicillins are bactericidal, inhibiting formation of the cell wall. There are four types of penicillins: the narrow-spectrum penicillin-G types, ampicillin and its relatives, the penicillinase-resistants, and the extended spectrum penicillins that are active against pseudomonas. Penicillin-G types are effective against gram-positive strains of streptococci, staphylococci, and some gram-negative bacteria such as meningococcus. Penicillin-G is used to treat such diseases as syphilis, gonorrhea, meningitis, anthrax, and yaws. The related penicillin V has a similar range of action but is less effective. Ampicillin and amoxicillin have a range of effectiveness similar to that of penicillin-G, with a slightly broader spectrum, including some gram-negative bacteria. The penicillinase-resistants are penicillins that combat bacteria that have developed resistance to penicillin-G. The antipseudomonal penicillins are used against infections caused by gram-negative Pseudomonas bacteria, a particular problem in hospitals. They may be administered as a prophylactic in patients with compromised immune systems, who are at risk from gram-negative infections.
Side effects of the penicillins, while relatively rare, can include immediate and delayed allergic reactions—specifically, skin rashes, fever, and anaphylactic shock, which can be fatal.

B. Cephalosporin
Like the penicillins, cephalosporins have a Â-lactam ring structure that interferes with synthesis of the bacterial cell wall and so are bactericidal. Cephalosporins are more effective than penicillin against gram-negative bacilli and equally effective against gram-positive cocci. Cephalosporins may be used to treat strains of meningitis and as a prophylactic for orthopedic, abdominal, and pelvic surgery. Rare hypersensitive reactions from the cephalosporins include skin rash and, less frequently, anaphylactic shock.

C. Aminoglycosides
Streptomycin is the oldest of the aminoglycosides. The aminoglycosides inhibit bacterial protein synthesis in many gram-negative and some gram-positive organisms. They are sometimes used in combination with penicillin. The members of this group tend to be more toxic than other antibiotics. Rare adverse effects associated with prolonged use of aminoglycosides include damage to the vestibular region of the ear, hearing loss, and kidney damage.

D. Tetracyclines
Tetracyclines are bacteriostatic, inhibiting bacterial protein synthesis. They are broad-spectrum antibiotics effective against strains of streptococci, gram-negative bacilli, rickettsia (the bacteria that causes typhoid fever), and spirochetes (the bacteria that causes syphilis). They are also used to treat urinary-tract infections and bronchitis. Because of their wide range of effectiveness, tetracyclines can sometimes upset the balance of resident bacteria that are normally held in check by the body's immune system, leading to secondary infections in the gastrointestinal tract and vagina, for example. Tetracycline use is now limited because of the increase of resistant bacterial strains.

E. Macrolides
The macrolides are bacteriostatic, binding with bacterial ribosomes to inhibit protein synthesis. Erythromycin, one of the macrolides, is effective against gram-positive cocci and is often used as a substitute for penicillin against streptococcal and pneumococcal infections. Other uses for macrolides include diphtheria and bacteremia. Side effects may include nausea, vomiting, and diarrhea; infrequently, there may be temporary auditory impairment.

F. Sulfonamides
The sulfonamides are synthetic bacteriostatic, broad-spectrum antibiotics, effective against most gram-positive and many gram-negative bacteria. However, because many gram-negative bacteria have developed resistance to the sulfonamides, these antibiotics are now used only in very specific situations, including treatment of urinary-tract infection, against meningococcal strains, and as a prophylactic for rheumatic fever. Side effects may include disruption of the gastrointestinal tract and hypersensitivity.

V. - PRODUCTION
The production of a new antibiotic is lengthy and costly. First, the organism that makes the antibiotic must be identified and the antibiotic tested against a wide variety of bacterial species. Then the organism must be grown on a scale large enough to allow the purification and chemical analysis of the antibiotic and to demonstrate that it is unique. This is a complex procedure because there are several thousand compounds with antibiotic activity that have already been discovered, and these compounds are repeatedly rediscovered. After the antibiotic has been shown to be useful in the treatment of infections in animals, larger-scale preparation can be undertaken.
Commercial development requires a high yield and an economic method of purification. Extensive research may be needed to increase the yield by selecting improved strains of the organism or by changing the growth medium. The organism is then grown in large steel vats, in submerged cultures with forced aeration. The naturally fermented product may be modified chemically to produce a semisynthetic antibiotic. After purification, the effect of the antibiotic on the normal function of host tissues and organs (its pharmacology), as well as its possible toxic actions (toxicology), must be tested on a large number of animals of several species. In addition, the effective forms of administration must be determined. Antibiotics may be topical, applied to the surface of the skin, eye, or ear in the form of ointments or creams. They may be oral, or given by mouth, and either allowed to dissolve in the mouth or swallowed, in which case they are absorbed into the bloodstream through the intestines. Antibiotics may also be parenteral, or injected intramuscularly, intravenously, or subcutaneously; antibiotics are administered parenterally when fast absorption is required.
In the United States, once these steps have been completed, the manufacturer may file an Investigational New Drug Application with the Food and Drug Administration (FDA). If approved, the antibiotic can be tested on volunteers for toxicity, tolerance, absorption, and excretion. If subsequent tests on small numbers of patients are successful, the drug can be used on a larger group, usually in the hundreds. Finally a New Drug Application can be filed with the FDA, and, if this application is approved, the drug can be used generally in clinical medicine. These procedures, from the time the antibiotic is discovered in the laboratory until it undergoes clinical trial, usually extend over several years.

VI. - RISKS AND LIMITATIONS
The use of antibiotics is limited because bacteria have evolved defenses against certain antibiotics. One of the main mechanisms of defense is inactivation of the antibiotic. This is the usual defense against penicillins and chloramphenicol, among others. Another form of defense involves a mutation that changes the bacterial enzyme affected by the drug in such a way that the antibiotic can no longer inhibit it. This is the main mechanism of resistance to the compounds that inhibit protein synthesis, such as the tetracyclines.
All these forms of resistance are transmitted genetically by the bacterium to its progeny. Genes that carry resistance can also be transmitted from one bacterium to another by means of plasmids, chromosomal fragments that contain only a few genes, including the resistance gene. Some bacteria conjugate with others of the same species, forming temporary links during which the plasmids are passed from one to another. If two plasmids carrying resistance genes to different antibiotics are transferred to the same bacterium, their resistance genes can be assembled onto a single plasmid. The combined resistances can then be transmitted to another bacterium, where they may be combined with yet another type of resistance. In this way, plasmids are generated that carry resistance to several different classes of antibiotic. In addition, plasmids have evolved that can be transmitted from one species of bacteria to another, and these can transfer multiple antibiotic resistance between very dissimilar species of bacteria.
The problem of resistance has been exacerbated by the use of antibiotics as prophylactics, intended to prevent infection before it occurs. Indiscriminate and inappropriate use of antibiotics for the treatment of the common cold and other common viral infections, against which they have no effect, removes antibiotic-sensitive bacteria and allows the development of antibiotic-resistant bacteria. Similarly, the use of antibiotics in poultry and livestock feed has promoted the spread of drug resistance and has led to the widespread contamination of meat and poultry by drug-resistant bacteria such as Salmonella.
In the 1970s, tuberculosis seemed to have been nearly eradicated in the developed countries, although it was still prevalent in developing countries. Now its incidence is increasing, partly due to resistance of the tubercle bacillus to antibiotics. Some bacteria, particularly strains of staphylococci, are resistant to so many classes of antibiotics that the infections they cause are almost untreatable. When such a strain invades a surgical ward in a hospital, it is sometimes necessary to close the ward altogether for a time. Similarly, plasmodia, the causative organisms of malaria, have developed resistance to antibiotics, while, at the same time, the mosquitoes that carry plasmodia have become resistant to the insecticides that were once used to control them. Consequently, although malaria had been almost entirely eliminated, it is now again rampant in Africa, the Middle East, Southeast Asia, and parts of Latin America. Furthermore, the discovery of new antibiotics is now much less common than in the past.

ANTIBIOTICS AND HOMŒOPATHIC ANTIDOTES

Adverse Effects of Penicillin

Fever with cold feet. Bell., Cupr-ac.
Wheezing and Pseudoasthmatic attack. Aspidosperma (Quebracho)
When skin eruptions are simultaneouslypresent. Grind.
Anorexia (with Mycin group of drugs likeAureomycin). Abrot.
Peripheral Neuritis. Ant-t.
Brachiaglia Nocturna (with the pronounced symptoms of pins and needles). Sec., Act-s.
Pruritus. Apis and Grind. 10 drops mixed in a cup of milk andapplied locally.
Skin lesions from Penicillin. Agar., Sulph.
Chronic cough after Penicillin. Penicillin 3x or 30, Seneg. 30 or 200.
In cases when Srepto Peniciliin had been used. Streptococcin 30 or Staphelococcin 30 (as an intercurrent remedy.
Heart depressing effects of Penicillin. Ars-a.
Harmful effects of Penicillin. Ars-a., Thuj., Nux-v., Sil.
Specific to counteract the effects of Penicillin. Ars-a.
Diarrhœa from Antibiotics (especially Mycins). Nit-ac.
Allergic reactions to Antibiotics. Sulph., Penicillin, Streptomycin.
Headache due to Streptomycin. Bell.

#. Effects of Chloromycetin: cases of typhoid (where Chloromycetin was given). ----- Chloromycetin 30, 200 or 1M (according to patient’s Constitution). With Placebo for a week. In second week Typhoidinum 200 or 1M (with Placebo for a fortnight).
Intestinal effects of Aureomycin. Aureomycin leaves a very weak liver and severe troublewith the bowels. In this case, a pure constitutional treatment with careful observation of idiosyncrasies is most effective.
#. Effects of Allergy (in general). Ill effects of Penicillin. ----- Carb-v. (Dilutions used: 2x, 3x, 6x, 12x).

References:
1. Contributed by Dr. M. Maureen Dale and Dr. Joel Mandelstam (MS Encarta Encylopædia 2002).
2. Homœopathy and Adverse Reactions of Allopathic Drugs by Dr. Sayeed Ahmad.

Copyright © Dr. Sayeed Ahmad 2004

Saturday, February 12, 2011

Speedy Prescribing

Speedy prescribing
Dr. Sayeed Ahmad D. I. Hom. (London)


Anger --- Arn., Bry., Cham., Chin., Gels., Nux-v.
Bad Eggs --- Carb-v.
Bad Fat --- Ars., Carb-v.
Bad Fish --- All-c., Carb-v.
Bad Food --- Carb-v.
Bad News --- Gels.
Bad Water --- All-c., Crotal-h.
Bathing Cold --- Mag. Phos.
Bee Sting --- Led.
Breavement --- Ign.
Bites --- Hyper., Led.
Blood Poisoning --- Pyro.
Bone, Injury to --- Rut., Symph., Hecla.
Bruises --- Arn., Led., Rut.
Burns and Scalds --- Urt-u.
Coffee, Abuse of --- Nux-v.
Cold, With Damp --- Dulc.
Cold, Dry Winds --- Acon., Hep.
Damp, Cold Weather --- Gels.
Damp, Cold Winds, Exposure to --- All-c., Calc-c.
Damp Sheets --- Rhus-t.
Damp, Warm Weather --- Carb-v.
Dentition --- Cham.
Depressing Emotions --- Gels.
Dog Bites --- Hydrophob.
Eating, Excess in --- Bry., Nux-v.
Effects of Pleasurable --- Coff.
Exam. Funk --- Anac., Gels.
Eyes, Injuries to --- Acon., Symph.
Eyes, Overstrain --- Rut.
Fat --- Carb-v., Ipec., Puls.
Fear --- Acon.
Feet Wetting --- Puls.
Fractures --- Rut., Symph.
Fruit --- Ars., Chin.
Grief --- Ars., Ign.
Head, Blow on --- Hyper.
Head, Getting Wet --- Bell., Rhus-t.
Ice Cream --- Puls.
Nerves, Injuries to --- Hyper.
Pastry --- Puls.
Punctured Wounds --- Hyper., Led.
Riding in Carriage --- Cocc.
Storms --- Gels., Phos.
Sun (Too Much) --- Acon., Bell., Gels., Glon.
Vertigo from Sunlight --- Agar-m.


Copyright © Dr. Sayeed Ahmad 2004

Friday, November 5, 2010

Abuse of drugs

Abuse of drugs
Dr. Sayeed Ahmad D. I. Hom. (London)

Drug abuse is the nonmedical use of a drug that interferes with a healthy and productive life. Drug abuse occurs at all economic levels of society, from the wealthy to the impoverished, and among young people as well as adults. Any drug may be abused, including alcohol, medications, and substances that give off intoxicating fumes. Drug abuse is often called substance abuse.
After continued use of certain drugs, some people develop a condition called drug dependence. It can be psychological, physical, or both. A person with a psychological dependence craves a drug for the feeling of well-being it might provide. A physically dependent person continues drug use chiefly to avoid the physical illness that results when use stops. A danger of any type of dependence is that the need for a drug may grow so overpowering that nothing matters except getting more.

Many people begin and continue to use drugs because they want a pleasurable change in their state of mind. Unfortunately, drugs only change the brain's perception of difficulties and problems. When a drug wears off, the user's real problems nearly always remain.
Many harmful effects often accompany drug use. These effects include failure to achieve goals, undesirable personality changes, physical illness, and death.
Besides the personal damage the drug user suffers, a person's drug use can have a devastating effect on others. Many drug users turn to crime, such as robbery or prostitution, to support their habit. Each year, thousands of traffic deaths and injuries are caused by people under the influence of alcohol or other drugs. Drug abuse also damages families and other personal relationships.

Types of drug abuse

Some of the most commonly abused drugs in the United States and Canada can be purchased legally. They include (1) alcoholic beverages, (2) tobacco, (3) inhalants, and (4) prescription drugs.

Alcoholic beverages are made chiefly from grains or fruits and contain ethyl alcohol, one of the most commonly abused drugs in the world. Alcohol is a depressant--that is, it lowers the activity of the central nervous system. It also interferes with thinking, concentration, and movement. Heavy use of alcohol can lead to death. Even a single episode of excessive drinking can cause coma and death. Some people develop a physical dependence on alcohol, and overcoming that dependence may be extremely difficult.

Tobacco is a plant native to North and South America, whose leaves are made into smoking tobacco, chewing tobacco, and snuff. Tobacco contains a substance called nicotine. Nicotine is a stimulant, a drug that raises activity of the central nervous system. In addition to nicotine, tobacco smoke contains carbon monoxide and substances called tars, which can cause lung cancer. Tobacco use contributes to heart disease and other health problems. It can become a habit that many users have difficulty breaking.

Inhalants are substances that give off fumes inhaled for their intoxicating effects. They include certain glues, nail polish, gasoline, and aerosol sprays. In some instances, the effect of these substances results from their fumes' taking the place of oxygen in the lungs. The reduced flow of oxygen to the brain creates an intoxicating effect. Inhalants can make the user relaxed, restless, uncoordinated, and sometimes delirious. Some fumes result in lung damage, brain damage, and coma. Some also can cause death when they coat the lungs' surface and prevent the absorption of oxygen.

Prescription drugs can only be obtained legally with a physician's prescription. Commonly abused prescription drugs include tranquilizers, barbiturates, stimulants called amphetamines, and analgesics (pain relievers). Many prescription drugs are powerful, and some create physical dependence.

Steroids are a special type of prescription drug used medically for a variety of purposes. Some athletes take anabolic steroids because, in certain cases, the drugs help increase muscle size and strength. Some doctors believe anabolic steroids may cause aggressive behavior and lead to liver damage.

Abuse of illegal drugs

Many abused drugs are illegal--that is, under most circumstances, their possession and sale are forbidden by law. Illegal drugs include (1) cocaine, (2) marijuana, (3) heroin and other opiates, (4) hallucinogenic drugs, and (5) designer drugs. Some of these drugs can be obtained legally with a prescription, but they are most often sold and used illegally.

Cocaine is a powerful stimulant made from the leaves of the coca shrub, a plant native to the Andean region of South America. Most users eat or snort (sniff) a powdered form of the drug, or inject a solution of cocaine and water. Some people also smoke a form of cocaine called crack. Crack produces stronger, briefer effects than other forms of cocaine because the body absorbs it faster. People easily develop a compulsive desire for cocaine, and many have great difficulty stopping use.

Marijuana is the common name for hemp, a tall plant that grows easily in most parts of the world. It contains a potent drug called tetrahydrocannabinol (THC). People usually smoke the dried leaves and flowers of the plant in cigarettes or pipes. Some may mix marijuana with food and beverages. The thick, sticky resin of the plant, called hashish, can be eaten or smoked.

Heroin and other opiates are made from the sap of the opium poppy. Opium, the dried sap of the poppy's seed pods, contains a potent narcotic called morphine. Some people smoke or eat opium, seeking pleasant effects from morphine. Physicians use morphine to relieve severe pain in patients. Codeine, a less potent opiate, relieves coughs and mild pain. Heroin is a highly addictive drug made from morphine. People use heroin by eating or snorting it, or by injecting it.

Hallucinogenic drugs include such naturally occurring drugs as mescaline, produced within the peyote cactus, and such substances as LSD (lysergic acid diethylamide), manufactured in laboratories. Hallucinogenic drugs affect the senses, emotions, and reasoning, often producing delusions or visions. PCP (phencyclidine), a hallucinogenic drug once used as an anesthetic for animals, may cause violent outbursts.

Designer drugs, created in laboratories, are variations on existing illegal drugs. Originally, they were "designed" to vary slightly in chemical composition from the definition of existing illegal drugs so that they could be considered legal substances. Today, however, all substances that are chemically similar to defined illegal drugs are illegal.

Many designer drugs are of poor quality, and they sometimes contain dangerous chemicals that cause severe brain damage in some users. A designer drug called MDMA, commonly known as Ecstasy, has an effect similar to that of amphetamines. Research suggests that it can permanently damage brain cells.

Why people abuse drugs

Young people begin using drugs for various reasons. Some experiment with drugs because their friends use them. Many young people find it difficult to resist peer pressure (the influence of people their own age). Also, young people often have a sense of invulnerability--that is, that death or other severe consequences of drug use will not affect them personally. Users of tobacco and alcohol may be attempting to appear grown-up by imitating their parents or other adults who smoke or drink.

Adults may begin using drugs for some of the same reasons as young people. In addition, the stress of life, job, and family pressures may lead people to seek relief in drugs. People also may use drugs for a surge of energy or to help them relax. Others may use drugs out of curiosity, for a thrill, or to rebel. Regardless of why drug use begins, many people continue the practice because they become dependent on the drug.

Effects of drug abuse

Effects on the individual. Both legal and illegal drugs have a range of potentially harmful effects. For example, alcohol can damage the liver, brain, and heart. Cocaine can cause high blood pressure, leading to a burst blood vessel in the brain and a stroke. Injecting drugs into the body with contaminated needles can lead to blood poisoning, which may destroy the heart valves and result in death. Sharing needles and syringes with a person who has hepatitis or AIDS can give a user those diseases. Constant drug use also causes malnutrition, particularly in heavy drinkers, who tend to miss meals and suffer from lack of vitamins. Use of illegal drugs may lead to overdose or death because their strength is unknown, and some contain toxic impurities.

Frequent drug users may turn to crime to meet the increasing expense of their habit. Criminal activity may lead to loss of a driver's license, explusion from school, loss of a job, arrest, fines, or even a prison term.
Continued drug use may cause personality changes. The user may become hyperactive or withdrawn. Some users lose interest in school or work, or have difficulty meeting the responsibilities of a job or family.

Associated with many drugs are two effects known as tolerance and withdrawal that often contribute to continued drug use. Tolerance is a state of resistance to the effects of a drug. A person who develops a tolerance must take more and more of a drug to achieve its original effect. In this way, occasional drug users can become frequent users. Withdrawal is the reaction of the body when regular drug use is stopped. The symptoms of withdrawal can range from headaches and muscle cramps lasting a few days to death, depending on the drug and the extent of use. Some people continue to use drugs only to prevent the pain of withdrawal.

The warning signs of drug abuse are varied. Most abused drugs strongly influence a person's behavior. For example, excessive use of alcohol or sleeping pills causes slurred speech and drowsiness. People who use cocaine become restless and talkative. Parents may notice money and household items disappearing as their children seek money to buy drugs. Employers might find workers functioning poorly.

Effects on family, friends, and work

Some users spend so much time under the influence of drugs or thinking about getting drugs that they neglect their family, friends, and work. In some cases, their actions harm the people closest to them. Pregnant women who take drugs can cause harm to their unborn children. All drug users risk injury or death to themselves and others if they drive a vehicle under the influence of a drug.

Some people help conceal and make up for a user's destructive actions. They pay a user's debts, supply money that can be used for drugs, and in other ways make it possible for drug use to continue. These people are called codependents. Some codependents do not realize they are supporting the habit. Others may say they oppose drug use, but they find themselves unable to stop assisting the user's drug habit. Some codependents fear losing the user's affections. Others may fear the legal consequences of refusing the user. For example, if rent goes unpaid, a user might be evicted.

Effects on society.

Drug users may resort to theft, prostitution, or selling drugs to pay for their drug habits. Drug users in the transportation industry, such as bus drivers and air traffic controllers, risk endangering the public. Factory and office workers using drugs perform inefficiently and make mistakes. These inefficiencies and errors result in higher costs for products.

Public concern about the drug problem has led to a demand for greater law enforcement efforts. The police have responded by making more arrests for drug possession and sales. As a result, drug offenders have crowded courtrooms, jails, and prisons, creating a burden on the criminal justice system.

The federal government estimates that people in the United States spend about $40 billion to $50 billion a year on illegal drugs. But the estimated total expense of drug abuse is far higher. The problem of alcohol and drug abuse costs an additional $143 billion annually in the United States and more than $12 billion ($16 billion in Canadian dollars) in Canada. These totals include the price of hospitalization, property damage, time lost from work, and law enforcement efforts.

Treatment of drug abuse

Some physicians use medication to treat drug dependence. Such medication relieves craving or blocks the effect of habit-forming drugs. Doctors often use methadone, a drug with effects similar to opiates, to relieve an addict's craving for heroin during withdrawal. Although methadone is addictive, many doctors believe its use in the treatment of opiate addicts can be beneficial. Disulfiram, also known as Antabuse, is a drug used to treat alcoholism. It makes the user suffer flulike symptoms for several hours whenever alcohol is consumed. Nicotine skin patches, available by prescription, can relieve a smoker's craving for cigarettes.

Many professionals who treat drug dependence believe that users can profit from treatment in groups of drug users. In such groups, drug abusers share experiences and learn from one another.

Detoxification is a treatment used to eliminate a person's physical dependence on a drug by eliminating the drug from the body. Some programs involve decreasing the daily dose of a drug gradually over a period of weeks to reduce the severity of withdrawal illness. Effective detoxification programs include counseling and other support to help users fight craving and solve the problems that first led them to drugs.

A drug user can obtain treatment in a medical clinic, a doctor's office, or a hospital. Unfortunately, many people in need of immediate treatment must rely on public drug treatment centers with long waiting lists. Waiting periods of up to several months discourage many people from seeking treatment. Some drug users die before they receive treatment.

Treatment for drug abuse is not always successful. Some people must fight strong cravings for years after they stop using drugs. The success of the treatment often depends on the person's desire for cure. Pressure from the family and employer often motivates the user to seek treatment and stay off drugs.

Reference:
Contributor: David F. Musto, M. D., Professor of Child Psychiatry and History of Medicine, Yale University. (World Book 2003).


Copyright © Dr. Sayeed Ahmad 2004

Thursday, July 1, 2010

Advantages of Homeopathy

Advantages of Homeopathy
Dr. Sayeed Ahmad D. I. Hom. (London)



* Homœopathy is gentle and effective system of medicine.
* Homœopathy gives long lasting to permanent cure.
* Homœopathy treats the patient as a whole and not just the disease.
* Homœopathic remedies are gentle, non-toxic, harmless, safe and without any side-effects.
* Unlike Antibiotics, homœopathic remedies do not disturb digestive system nor do they lower the immune system (Body’s resistance).
* Homœopathy is friendly to children, young and old.
* In most of the cases homœopathy can avoid surgery.
* Homœopathy is very effective in various allergic disorders in addition to other diseases of all kinds.
* Homœopathy is a gift of God as well as blessings to the ailing human beings.
* Homœopathy is a boon in the hands of qualified doctors (Classical Homœopaths) who strictly follow the rules and instructions laid down by Dr. S. Hahnemann in his book "Organon of Medicine". Mixopathy has no place in homœopathy.
* Homœopathy is equally effective and safe to human beings, animals and birds.
* Homœopathic remedies do not have expiry dates, provided they are kept properly.
* Homœopathy is founded upon the steadfast pillars of truth and will ever more be so.
* Homœopathic treatment is given to correct the root cause of the illness.
* Homœopathic medicines are administered in minute doses that act gently and stimulate the body’s self-healing response.
* Homœopathic remedies are all natural medicines. Some are herbs, some minerals or other natural substances. They are prepared by a special process of step by step dilution and succusion (shaking) which makes them capable of effecting in a much deeper way than the remedy could without this process.
* Homœopathic treatment is ideal to optimize the body’s natural defenses against microbes. With the appropriate homœopathic treatment, people recover from infectious diseases, even the most serious ones, gently and rapidly.
* Homœopathy works in harmony with the immune system, unlike Allopathic Drugs which suppress and destroy the immune system.
* Homœopathic remedies are not addictive – once relief is felt, patient should stop taking them.

Mahatma Gandhi said – "Homœopathy is the latest and refined method of treating patients economically and non-violently."





Copyright © Dr. Sayeed Ahmad 2004

Tuesday, May 25, 2010

Epilepsy.

Epilepsy.
Dr. Sayeed Ahmad D. I. Hom. (London)



I - INTRODUCTION

Epilepsy, also called seizure disorder, chronic brain disorder that briefly interrupts the normal electrical activity of the brain to cause seizures, characterized by a variety of symptoms including uncontrolled movements of the body, disorientation or confusion, sudden fear, or loss of consciousness. Epilepsy may result from a head injury, stroke, brain tumor, lead poisoning, genetic conditions, or severe infections like meningitis or encephalitis. In over 70 percent of cases no cause for epilepsy is identified. Some 40 to 50 million people suffer from epilepsy worldwide and the majority of cases are in developing countries. According to the World Health Organization (WHO), an estimated 2 million new cases are diagnosed each year globally.



II - TYPES OF SEIZURES

Epileptic seizures vary in intensity and symptoms depending on what part of the brain is involved. In partial seizures, the most common form of seizure in adults, only one area of the brain is involved. Partial seizures are classified as simple partial, complex partial (also known as psychomotor), and absence (also known as myoclonic or petit mal) seizures.

People who have simple partial seizures may experience unusual sensations such as uncontrollable jerky motions of a body part, sight or hearing impairment, sudden sweating or flushing, nausea, and feelings of fear.

Complex partial seizures, also called temporal lobe epilepsy, last for only one or two minutes. The individual may appear to be in a trance and moves randomly with no control over body movements. The individual's activity does not cease during the seizure, but behavior is random and totally unrelated to the individual's surroundings. This form of seizure may be preceded by an aura (a warning sensation characterized by feelings of fear, abdominal discomfort, dizziness, or strange odors and sensations).

Absence seizures, rare in adults, are characterized by a sudden, momentary loss or impairment of consciousness. Overt symptoms are often as slight as an upward staring of the eyes, a staggering gait, or a twitching of the facial muscles. No aura occurs and the person often resumes activity without realizing that the seizure has occurred.

In a second type of epilepsy, known as generalized seizure, tonic clonic, grand mal, or convulsion, the whole brain is involved. This type of seizure is often signaled by an involuntary scream, caused by contraction of the muscles that control breathing. As loss of consciousness sets in, the entire body is gripped by a jerking muscular contraction. The face reddens, breathing stops, and the back arches. Subsequently, alternate contractions and relaxations of the muscles throw the body into sometimes violent agitation such that the person may be subject to serious injury. After the convulsion subsides, the person is exhausted and may sleep heavily. Confusion, nausea, and sore muscles are often experienced upon awakening, and the individual may have no memory of the seizure. Attacks occur at varying intervals, in some people as seldom as once a year and in others as frequently as several times a day. About 8 percent of those subject to generalized seizures may have status epilepticus, in which seizures occur successively with no intervening periods of consciousness. These attacks may be fatal unless treated promptly with the drug diazepam.



III - DIAGNOSIS

In persons suffering from epilepsy, the brain waves, electrical activity in the part of the brain called the cerebral cortex, have a characteristically abnormal rhythm produced by excessive electrical discharges in the nerve cells. Because these wave patterns differ markedly according to their specific source, a recording of the brain waves, known as an electroencephalogram (EEG) is important in the diagnosis and study of the disorder. Diagnosis also requires a thorough medical history describing seizure characteristics and frequency.



IV - TREATMENT

There is no cure for epilepsy but symptoms of the disorder may be treated with drugs, surgery, or a special diet. Drug therapy is the most common treatment-seizures can be prevented or their frequency lessened in 80 to 85 percent of cases by drugs known as anticonvulsants or antiepileptics. Surgery is used when drug treatments fail and the brain tissue causing the seizures is confined to one area and can safely be removed. A special high-fat diet known as a ketogenic diet produces a chemical condition in the body called ketosis that helps prevent seizures in young children. Like any medical condition, epilepsy is affected by general health. Regular exercise, plenty of rest, and efforts to reduce stress can all have a positive effect on a person with a seizure disorder.

First aid for generalized seizures involves protecting the individual by clearing the area of sharp or hard objects, providing soft cushioning for the head, such as a pillow or folded jacket and, if necessary, turning the individual on the side to keep his or her airway clear. The individual having a seizure should not be restrained and the mouth should not be forced open-it is not true that a person having a seizure can swallow the tongue. If the individual having the seizure is known to have epilepsy or is wearing epilepsy identification jewelry, an ambulance should only be called if the seizure lasts longer than five minutes, another seizure closely follows the first, or the person cannot be awakened after the jerking movements subside.



ANTI-EPILEPTIC ALLOPATHIC DRUGS

TEGRETOL Carbamazepine

This is a powerful anti-epileptic drug with a wide range of activity. It is available as white tablets of two strengths (100 mg and 200 mg), and is usually given twice a day (say after breakfast, and then after the evening meal, around 12 hours later). An average sized adult usually requires between one and two tablets (200 mg size, twice a day).

If the dose is too high, the patient may appear to be "drunk", with drowsiness, lack of co-ordination in walking, etc. Reduction of the dose, based on blood levels, is all that is required.

Side effects (unwanted symptoms occurring in someone whose levels are correct) are common in the first few days or week or two, especially giddiness and light headedness, mild nausea, and dryness of the mouth. These usually disappear within a few days. They are less likely to occur if Tegretol is introduced in a gradual way. A measles-like rash sometimes occurs during Tegretol treatment, and in this event, Tegretol must be replaced by another anti-epileptic drug. Serious side effects are fortunately rare. They include jaundice due to liver involvement, and lowering of the white cell count of the blood, resulting in persistent ulceration of the throat and mouth.

The manufacturers recommend that blood tests (full blood count, tests of liver and kidney function) be carried out before starting Tegretol, and that the full blood count be repeated weekly for the first month of treatment, then monthly for the first year.

In practice, Tegretol side effects are usually mild, and disappear within the first week or two. It is arguably the most powerful and useful anti-epileptic drug currently available.



EPILIM Sodium valproate

This is another extremely useful drug with a wide range of anti-epileptic activity. It is thought to act by increasing the brain's levels of the inhibitory neurotransmitter, GABA.

Epilim is presented as lilac colored tablets of 200 mg and 500 mg strength. These should be swallowed whole. It is also available as crushable tablets of 100 mg strength, and as syrup of 200 mg/5ml strength, and sugar free liquid of similar strength.

It is usual to give Epilim twice a day, with meals, with roughly 12 hours between doses. Since blood levels of Epilim are unreliable as a guide, adjustment of the dosage is made according to the patient's body weight, and the adequacy of seizure control. The usual dose range is 20 to 30 mg/kg body weight/24 hours.

Mild side effects, especially nausea and diarrhea in the first few days, are common. A fine tremor of the hands is often noticed in patients taking Epilim over the long term. Weight gain and loss of hair (usually reversible) can also occur.

Very rarely, Epilim may produce acute liver disease, and there have been instances of acute liver failure, some fatal. Small children and infants with serious underlying medical conditions are most at risk. The question of the safety of Epilim has received careful study by Australian health authorities, and its continued use has been endorsed, for it is in practice a widely used, effective, and well tolerated medication.

It is suggested that Epilim be avoided in patients with a history of liver disease, and that blood tests to check liver function and the level of platelets in the blood (sometimes reduced by Epilim) be carried out before starting treatment, and repeated after one month's treatment, and thereafter at intervals of not more than 6 months. Minor abnormalities of liver function are common in patients taking most anti-epileptic drugs, but evidence of increasing abnormality would require substitution of Epilim.

Symptoms of this rare complication of liver failure include severe nausea persistent abnormal pain, jaundice (yellowish discoloration of the skin), severe nausea, weakness and tiredness, and swelling of the face. Any of these symptoms should be reported to the treating doctor.



DILANTIN Phenytoin sodium

This is the oldest of the effective major anti-epileptic drugs. It is still one of the most potent in preventing major seizures of tonic-clonic and other types, but its troublesome side effects have meant that the other, newer drugs such as Tegretol and Epilim are usually selected instead. Dilantin has a powerful action in controlling seizures, and is very useful as an additional drug where seizures cannot be controlled by one drug alone, or when it is not intended to continue treatment over a very long period (for example, when anti-epileptic drugs are given routinely for a year or two after brain surgery).

Dilantin is presented in capsule form (100mg, orange and white capsules, 30mg, all white capsules), in liquid form (30 mg/5ml strength for children, 100 mg/5ml. "Dilantin Forte Suspension" for adults), and as chewable tablets for children (50 mg, "Infatabs")

The drug is slowly released, so that theoretically it would be possible to take the medication as a dingle daily dose; however, people's memories being what they are, it is recommended that the medication be taken twice a day (e. g. after breakfast, and after the evening meal as a routine). The usual dose for an adult of average size is 3 to 4 capsules of 100 mg strength per 24 hours.

Dilantin overdose produces symptoms similar to drunkenness, with drowsiness, unsteadiness on the feet, etc. Blood levels of Dilantin will indicate the true picture.

Short term side effects of Dilantin are not usually a problem, but side effects developing gradually over a period of years do present serious objections to its long term use, especially as other effective anti-epileptic drugs which do not have these problems are now available. These long-term side effects of Dilantin are the growth of hair on the face, arms and legs, especially in female patients of dark complexion, unhealthy overgrowth of the gums, with a tendency for them to bleed, and mental sluggishness and loss of memory.

If Dilantin is to be taken over a long period, special attention should be paid to brushing the teeth and generally maintaining good oral hygiene. An uncommon complication of Dilantin therapy is the development of an allergic measles like rash, which requires substitution of the drug with another.



ZARONTIN Ethisyxunudem

This drug is effective in controlling one form of epilepsy only, namely absence seizures (formerly known as "petit mal"). As this form of epilepsy begins in childhood, Zarontin is made available as a red syrup (250 mg/5 ml) and as capsules (250 mg). The dose required will vary according to blood levels and body weight, the average dose for a child aged 6 years being one capsule, 2 or 3 times a day.

Side effects are not common, but include nausea and digestive upset, drowsiness and sleep disturbance.



Benzodiazepine Drugs

These drugs have sedative and anti-anxiety properties as well as being anti-epileptic. They are in fact only fairly week drugs against epilepsy, while their tendency to produce sedation and dependency greatly limit their usefulness. In practice, these drugs should never be used as a first choice, but rather reserved for those situations where epilepsy remains uncontrolled despite treatment with adequate doses of other anti-epileptic drugs.

The benzodiazepine drugs include:

RIVOTRIL (Clonazepam).
FRISIUM (Clobazepam).
VALIUM (Diazepam).
MOGODON (Nitrazepam).

The main side effects of these drugs are sedation and drowsiness in the daytime. There is a risk of producing drug dependency. Also, patients may experience various unpleasant side effects, such as restlessness, sleep disturbances, etc. when these drugs are withdrawn after a long period of administration.



Barbiturate Drugs

These drugs were widely used in the 1950's and 1960's, but are now considered to be obsolete. They are not very effective in suppressing seizures, but they frequently cause slowing of the intellect and depression. Withdrawing these medications can be extremely traumatic, with anxiety, restlessness, tremors, insomnia, and an increased risk of convulsions being prominent as the drug leaves the system.

An effort should be made to change every patient still taking these drugs over to one of the newer anti-epileptic medications, difficult as this might be.

Barbiturate anti-epileptic drugs still available include:

PROMINAL (Methylphenobarbitone).
MYSOLINE (Primidone).
PHENOBARBITONE.



Other Drugs

OSPOLOT (Sulthiame, Bayer Pharmaceuticals)

This drug may have a special value in controlling epilepsy in intellectually disabled, aggressive children. It is not a very effective anti-epileptic, and is not widely used.



The Newest Anti-epileptic Drugs

These drugs are the outcome of research aimed at suppressing seizures by either increasing inhibition (through enhancing the activity of the natural inhibitory neurotransmitter GABA, or simulating its action); or, alternatively, reducing the effectiveness of natural excitatory neurotransmitters, such as glutamate.



HOMŒOPATHIC TREATMENT

Calcarea carbonica.

The treatment of epilepsy should be directed to the underlying dyscrasia, as this is at fault in most, if not all, cases. Calcarea carbonica, with its rickety, tuberculous, scrofulous and flabby symptoms, its characteristic deficiency of lime assimilation, as shown in children by the open fontanelles and backward dentition, will frequently be the remedy with which to commence the treatment. The characteristic relaxation on falling asleep and the sweating of the head and neck are fine indications for its use. It has an excellent clinical record. A epileptic suffering continually from the dread of an attack will withdraw himself as much as possible from the outside world, brood over his affliction and become melancholic, and there is no other remedy so well adapted to this condition as Calcarea. Its anxiety, palpitation, apprehensive mood despondency, fretfulness and irritability, its weakness of memory, its loss of consciousness, its vertigo and convulsions are prominent and characteristic indications for its use in epilepsy. If epilepsy be caused by fright, suppression of some long standing eruption, onanism or venereal excess it will probably be one of the remedies to use in the course of the treatment, and here it would follow Sulphur well. The aura may begin in the solar plexus and pass upwards like a wave, or go from the epigastric region down to the uterus and limbs. Like Sulphur it has a sensation as if a mouse were running up the arm previous to the attacks.

Causticum, too, is closely allied to Calcarea, and is indicated in epilepsy connected with menstrual irregularities and also in epilepsy occurring at the age of puberty.



Bufo rana.

Epilepsy arising from fright, or self-abuse, or sexual excesses, will often find its remedy in Bufo rana. The aura preceding the attacks starts from the genital organs; even during coitus the patient may be seized with violent convulsions. In another form for which Bufo is suitable the aura starts from the solar plexus. Previous to the attacks, the patient is very irritable, often talks incoherently and is easily angered. It is especially in the sexual form, that brought on by masturbation, that Bufo is signally useful. It has also proved useful in severe cases in children where the head in the convulsion is drawn backwards. Indigo has epileptiform convulsions from the irritation of worms, but the patient must be low-spirited and sad-- "blue as indigo." It is the "bluest remedy in the materia medica." Dr. Colby, of Boston, considers it superior to the bromides. Flushes of heat seem to rise from the solar plexus to the head and there is an undulating sensation in the brain similar to Cimicifuga. Bufo, like Nux vomica, is vehement and irritable. These two remedies and Silicea and Calcarea have the aura starting from the solar plexus. Stannum is also a remedy for epilepsy arising from reflex irritation, as from worms and also from sexual complications.



Cuprum Metallicum.

Cuprum is a very deep-acting remedy, its well-known power of producing convulsions and spasms and its excellent clinical record make it a valuable remedy in epilepsy. We know positively that poisonous doses of Cuprum cause epileptic symptoms, and it is among the most curative remedies for epilepsy in child life. The convulsions start form the brain, though the aura, which is one of long duration, seems to center in the epigastrium. Owing to this long duration of the aura consciousness is not immediately lost, and the patient will often notice the contractions in the fingers and toes before they become unconscious. The face and lips are very blue, the eyeballs are rotated, there is frothing at the mouth and violent contractions of the flexors. The attacks is usually ushered in by a shrill cry and the cases are most violent and continued. It is also a remedy for nocturnal epilepsy when the fits occur at regular intervals, such as the menstrual periods. Epileptiform spasms during dentition or from retrocessed exanthema may indicate Cuprum. Dr. Halbert remarks that Cuprum will stop the frequency of the attacks more satisfactorily than any other remedy, it is his sheet anchor in old and obstinate cases.

Butler also claims his best results from this remedy. Argentum nitricum is also a remedy for epilepsy, the strong indicating features being the dilated pupils four or five days before the attack, and the restlessness and trembling of the hands after the attack. Menstrual and fright epilepsies often call for this remedy the characteristic being the aura, which lasts a number of hours before the attack. Moral causes may lead to an attack. Patient is low spirited, easily discouraged and frightened.



Œnanthe crocata.

Perhaps no remedy in the materia medica more closely pictures epilepsy than Œnanthe. Its use in the disease has been mainly from clinical data, but there is ample proof from studying toxic cases that it is homœopathic to many cases of epilepsy. The reliable and practical symptoms calling for its use may be summed up as follows: Sudden and complete loss of consciousness; swollen livid face; frothing at the mouth; dilated or irregular pupils; convulsions with locked jaws and cold exremities. Dr. S. H. Talcott, of the Middletown State Hospital, summed up his experience with the remedy as follows:

1. The fits decrease in number 40 to 50 per cent.

2. The convulsion are less severe than formerly.

3. There is less maniacal excitement before the fits.

4. Less sleeplessness, stupor and apathy after the fits and

the debilitating effects of the attacks are more quickly recovered from.

5. The patients treated with Œnanthe are less irritable, less suspicious and less fault finding.

6. The patients are more easily cared for.

The writer can add his testimony to the effect of Œnanthe in controlling attacks of epilepsy. It seems to act better in the 3X or 6X potency than in the tincture. Cases of cure of the disease are becoming more numerous. Artemisia vulgaris is another remedy which has been successfully used for epilepsy from fright or some mental emotion, where the attacks occur in rapid succession, and also in petit mal, where the patient is unconscious only for a few seconds and then resumes his occupation as if nothing had happened. Artemisia absinthium indicated in seizures preceded by vertigo, a warm sensation rising from the stomach, and by a slight impairment

of speech, and Solanum Carolinense are also remedies which in some cases have wrought cures, the latter according to

Dr. Halbert, of Chicago, also praises it. Melancholia seems to be an indication and also attacks appearing at menstrual periods. Verbena hastata is also recommended, but no special indications are to be found.



Kali bromatum.

This remedy should have no place in the homœopathic treatment of epilepsy; it is given here because it is the principal drug employed by the allopathic school, and because nearly all cases coming to us for treatment from old school hands are liable to be complicated by a previous treatment with the bromides, notable the Bromide of Potash. It is not a curative remedy, but a palliative one; it strikes at the attack and not the disease. It will often modify the attacks, and used as a prophylactic may avert the seizure, but its prolonged use works inevitable harm. It weakens the mental faculties and hastens imbecility. Camphora is useful to prevent the attacks, shorten the duration and lessen the intensity. It is indicated by all the characteristic of epilepsy and hence is a safer prophylactic than the Bromide of potash. Camphora, Nux vomica and Zincum are mentioned as antidotes for the abuse of the Bromide of Potash. Bromide acne is often present in cases coming to us from old school hands.



Silicea.

Silicea is one of our most valuable remedies in epilepsy. It suits especially scrofulous and rickety subjects. The aura starts from the solar plexus, as in Bufo and Nux vomica. Certain phases of the moon are said to affect the attacks, which are brought on by an overstrain of the mind or emotions. Nocturnal epilepsy, feeling of coldness before an attacks is also characteristic of the drug, and the fit is followed by warm perspiration. Cuprum is also a remedy for nocturnal epilepsy and must be thought of when attacks invariably occur in the night. When Silicea is required there is an exalted susceptibility of the upper spinal cord and the medulla and an exhausted condition of the nerves. The attacks occur about the time of the new moon. It comes in after Calcarea in inveterate chronic cases, and coldness of the left side of the body preceding the attack is very characteristic.



Nux vomica.

The characterizing feature of epilepsy is loss of consciousness, therefore, Nux vomica is not often a remedy in the idiopathic form. It suits cases arising from an excess of the reflex action caused, for instance, by indigestion. The aura in a case calling for Nux starts in the solar plexus, and among the most characteristic symptoms is a sensation of ants crawling over the face. The middle and higher potencies will be found more useful in the spinal form of epilepsy, and this is the form most suitable to Nux. Plumbum has caused epilepsy, and we may use it for these symptoms: the attack is preceded by a heaviness of the legs and is followed by paralysis; epileptic seizures from sclerosis, or from tumors of the brain, consciousness returning slowly after an attack is another indication and it is more suitable to the chronic forms of the disease. Constipation and abdominal pains further indicate. Secale is recommended for sudden and rapidly recurring convulsions, with rapid sinking of strength and paralysis of the spinal nerves.



Cicuta virosa.

The indications for cicuta are sudden rigidity followed by jerks and violent distortions, and these followed by utter prostration. The prostration is characteristic, being equaled only by that of Chininum arsenicosum. There is

a tonic spasm renewed by touch simulating Strychnia; but in Cicuta there is loss of consciousness, thus resembling more the epileptiform. There is great oppression of breathing, lockjaw, face dark red, frothing at the mouth and opisthotonos. The reflex excitability under Cicuta is much less than under Strychnia. Another characteristic of Cicuta is fixed staring eyes; others are trembling before and after the spasm and strange feeling in the head preceding the attack. Bayes, however, regards muscular convulsions as a specially prominent symptom for Cuprum.



Sulphur

Like Calcarea, Sulphur is a constitutional or basic remedy, and it will act well where there is a scrofulous taint. It is useful for the same class of cases as is Calcarea; namely, those brought on by sexual excesses or the suppression of some eruption. The convulsions are attended with great exhaustion and it is suitable to the chronic form of epilepsy in children who are typical Sulphur patients. There is perhaps a tendency to fall to the left side. Sulphur is also a useful intercurrent remedy in the course of the treatment of an epilepsy. Psorinum may also be needed as an intercurrent.



Hyoscyamus

In epileptic convulsions Hyoscyamus is a most valuable remedy. There is much twitching and jerking and hunger previous to the attack, there is frothing at the mouth and biting of the tongue. A violent fright will produce an attack that will call for Hyoscyamus. The convulsions seem to have more of a hysterical nature, and there are illusions of sight and hearing. Stramonium has epilepsy from fright, sudden loss of consciousness and jerking of the head to the right, with rotary motion of the left arm. Stramonium is the opposite of Belladonna, for whereas the Belladonna patient shuns light, fears noises and is sensitive in the highest degree, the Stramonium patient fears darkness and hates to be alone; he acts like a coward and trembles and shakes. Agaricus 30 cured a case of epilepsy of 22 years' standing for Dr. Winterburn. He was led to its prescription by the unusual symptom of "great flow of ideas and loquacity after the attack."



Belladonna

Belladonna is especially a remedy for acute epilepsies, when the cerebral symptoms ar prominent, where the face is flushed and the whole trouble seems to picture cerebral irritation, and more especially if the patient be young. There is an aura as if a mouse were running over an extremity, or of heat rising from the stomach. There are illusions of sight and hearing, and the convulsions are apt to commence in an upper extremity and extend to the mouth, face and eyes. The great irritability of the nervous system, the easily disturbed sleep, the startings, the tremors and twitching and the general Belladonna symptoms will render the choice easy. Atropine, the alkaloid of Belladonna, has also been used successfully in the treatment of epilepsy. Hydrocyanic acid. Another remedy is Hydrocyanic acid, to which Hughes ascribes specific powers in the disease. In recent cases it perhaps our best remedy. the cases calling for it will be characterized by loss of consciousness, clenched hands, set jaws, frothing at the mouth, inability to swallow, and the attack is followed by great drowsiness and prostration. Children are disinclined to play and take but little interest in anything. It is one of our mainstays in epilepsy and its clinical record ranks it high.



Causticum.

Causticum is useful in Petit mal, also when the patient falls while walking in the open air, but soon recovers. It is said to be useful when the attacks occur at new moon. It menstrual epilepsy and that occurring at puberty Causticum is the remedy. Kafka recommends Hepar in nocturnal epilepsy. Causticum is perhaps better suited to recent and light cases. Another preparation of potash, Kali muriaticum, is a most useful remedy in epilepsy; it has an affinity for the nerve centers and it is a slow acting remedy.



Reference :

MS Encarta Encyclopedia 2002.

Wednesday, May 19, 2010

Childbirth.





Childbirth.
Dr. Sayeed Ahmad D. I. Hom. (London)



Childbirth is the process by which a woman gives birth to a baby. A pregnant woman carries a baby within her body inside a hollow, muscular organ called the uterus. After about nine months, the baby passes out of the uterus and through the vagina, also called the birth canal. Childbirth can be painful, but the severity of the pain varies among women.

The birth process is called labor. The process begins when the muscles of the uterus start to tighten and relax in a rhythmic pattern. As labor progresses, these muscle contractions become stronger and more frequent, causing the cervix (lower part of the uterus) to open. After the cervix has opened about 4 inches (10 centimeters), the contractions gradually force the baby through the cervix and out of the woman's body through the vagina. Many women assist the process by "pushing" with their abdominal muscles in time with their contractions. The amniotic sac, a membrane containing fluids that surround the baby, breaks before or during labor. The fluids flow out through the vagina.

In most births, the head is the first part of the baby that comes out of the mother's body. But in some deliveries, called breech births, the feet or buttocks come out first. After the baby has come out of the mother's body completely, the umbilical cord is cut, and the infant starts to breathe. The umbilical cord is a tubelike structure that connects the baby to the placenta, an organ attached to the wall of the uterus. Food and oxygen from the mother's blood pass through the placenta to the baby during pregnancy.

After the baby is born, the muscles of the uterus continue to contract until the placenta separates from the uterus and is expelled through the vagina. The discharged placenta is also called the afterbirth.

The length of labor varies greatly among women. It averages 13 to 14 hours for women having their first babies and lasts 7 to 8 hours thereafter.

Some woman need an operation called a cesarean section to deliver a baby. In this operation, a surgeon removes the baby and the placenta through an incision in the abdomen and uterus. Cesarean sections are performed for a number of reasons, but chiefly because the baby cannot pass through the birth canal. The woman's pelvis may be too small, or the baby may be too large.

Methods of childbirth. Most women in developed countries deliver their babies in hospitals, which have specially equipped birth facilities. During childbirth, a woman may receive medication to relieve her labor pains. In some cases, a physician will administer a drug to induce (bring on) labor. Before delivery, the physician may widen the woman's vaginal opening by making a small incision called an episiotomy.

In many cases, physicians use an electronic fetal monitor to record the baby's heartbeat during labor. Disturbances in the heartbeat may signal that the baby is in danger and that a cesarean section may be necessary.

During the 1960's and the 1970's, many hospitals developed educational programs to prepare women for childbirth and parenting. These programs instruct both mothers and fathers on pregnancy, childbirth, and infant care. In addition, such programs as natural childbirth and the Lamaze method teach relaxation exercises and breathing techniques to lessen the discomfort of labor, thus reducing the need for painkilling drugs. Many such drugs pass to the baby through the placenta, so some women choose to avoid them. Some women also avoid drugs so they can remain alert throughout labor.

A type of anesthesia called an epidural is another popular method for relieving labor pain. This form of pain relief does not affect the baby or reduce the mother's alertness, but it must be given by a specially trained doctor. Epidural anesthesia is injected through a small tube that is inserted into the back next to the spinal cord. When the anesthesia is absorbed by nerves that go from the spine to the uterus, it almost completely eliminates labor pains.

At many hospitals, birthing rooms offer an alternative to traditional labor and delivery rooms. Most birthing rooms resemble a home bedroom and are used for labor, delivery, and sometimes recovery. Birthing rooms provide a relaxed and intimate atmosphere where the hospital's facilities are still at hand if complications occur.

For convenience, following is the Pregnancy Table for expected date of delivery:



Pregnancy table for expected date of delivery



Find the date of the last menstrual period in the top line (light-face type) of the pair of lines.

The dark number (bold-face type) in the line below will be the expected day of delivery.


I have come across with an article published on 16 Mar 2004 in "KID’S HEALTH" Magazine, which is reproduced below to assist new mothers.


Steps to Recovering From Delivery

That Every Woman Needs to Know

You have spent the last nine months of your life preparing, anticipating, writing out lists of names, picking out the perfect home from the hospital outfit and stocking up on diapers while waiting for that tiny precious life to arrive and now the moment has come. After the excitement and family visitors, it’s a special bonding time for you and your baby.

You’re filled with love every time you look at your baby, yet you are feeling a mix of new and unexpected physical and emotional experiences. Lamaze classes, and advice from your mother and friends who have had children, may have prepared you for childbirth, but not for this.

First, the important thing to realize is that these feelings are normal and the key to dealing with them is acknowledgement, then finding a coping strategy. The following list compiled by the Kid’s Health magazine offers what physical and emotional symptoms to expect after childbirth:



Physical symptoms

* Tenderness in the breasts: Your breasts may become painfully enlarged when the milk comes in and your nipples may become sore.
* Constipation: The first bowel movement is usually delayed to the third or fourth day after delivery and you may feel sore due to sensitive hemorrhoids.
* Episiotomy: If your perineum (the area of skin between the vagina and the anus) was cut by your doctor during the birth, it may be difficult to walk or sit because the stitches are healing.
* Hemorrhoids: These are very common yet usually unexpected and not noticed initially.
* Hot and cold flashes: Your internal thermostat is fluctuating trying to adjust to the new hormone and blood flow levels.
* Urinary or fecal incontinence: Coughing, laughing or straining can cause you to inadvertently pass urine due to the muscles that were stretched during delivery, particularly long vaginal deliveries.
* "After pains": Contractions caused by the shrinking of your uterus may worsen when your baby is nursing.
* Vaginal discharge: Your periods may be heavier, with clots sometimes the size of golf balls, but will gradually taper off and stop altogether after two months.
* Weight: Before you start losing weight, your postpartum weight will be around 10 pounds below your full-term weight.
*

Wide-range of emotions

* "Baby blues": As a result of hormonal changes such as exhaustion, unexpected birth experiences, adjusting to new roles and feelings of loss of control over your life, makes up about 80 percent of what new moms feel. Emotions such as sadness, crying, or anxiety can happen days or weeks after delivery.
* Postpartum depression: 10 percent to 20 percent of new moms may experience mood swings, anxiety, guilt and persistent sadness. This is considered more serious than the baby blues and can occur several months after delivery.
* Postpartum psychosis: A severe and fairly rare condition that may become life threatening to you and your baby and you should call your doctor immediately if you experience any feelings of harming yourself or your baby.
* What to expect after a cesarean section

* This is a major surgery and takes a much longer time to heal.
* The worse pain will be the day after the surgery and will gradually begin to subside.
* Don’t scratch the area of the incision and take sponge baths for the first several days.
* If you notice any redness or swelling around the incision, call your doctor to make sure it isn’t infected.
* To help the recovery process, start gentle exercises such as abdominal tightening, bending and walking, (with assistance initially) as soon as possible.
* Drink lots of water, preferably eight to ten glasses a day.
* Expect vaginal discharge.
* Avoid stairs and driving until you have healed properly.



Taking time for yourself

One major area of new mothers’ lives that is thrown off kilter once the baby arrives is allowing time for you. Experts say that it’s important for moms to know that if you feel like you need some time for yourself, that you not only deserve it but are entitled to it.

Making time in your schedule whether that be through the help of a significant other, family member or friend, will help with giving you the feeling of having control over your life and gaining some sense of self.

Experts recommend beginning a self-care program early on after having your baby and always remember that good mothering does not mean perfect mothering. Formulating a self-care program involves developing a sense of balance between yourself and family members and pursuing your own interests and goals that you set for yourself. Not only are your needs important to the development of the family, but also are fundamental to their happiness.

The following exercise is a great way to help you set your priorities after motherhood:

Make a list of five activities, goals, hobbies or interests that are important to you to pursue in the year following childbirth.

Next, make a promise to yourself that you will look at this list a few months after your baby is born. By doing this exercise, you can integrate your interests with motherhood.

Keeping a strong relationship with your partner

Having a baby always puts relationships to the test and it’s up to you and your partner to determine if your relationship will get stronger or weaker as a result of this experience.

As it was before the baby, keeping an open line of communication, especially if there’s a problem, is even more critical now because you don’t have as much time to spend together and you have many more responsibilities.

Try to put aside some time in the day for alone time and share your feelings as honestly and supportively as you can. Come up with solutions together as a couple.

Keep your romance alive by scheduling "date nights."



HOMŒOPATHIC TREATMENT

Complications of Labour

* If labour delayed owing to rigid os. ----- Gels.

* Pains are mild, irregular, do not come on with vigour after first show, nausea present ----- Puls.

* Headache, restlessness, flushed face and eyes, delirium. ----- Bell.

* Unbearable pain. ----- Cham., Coff., Gels.

* After severe pain, all pains suddenly disappear, eyes and face get flushed, breathing is hurried and stertorous, lost consciousness ----- Op.

* Severe convulsions, patient crying out. ----- Hyos.

* Other parts of child than head may be born first to prevent it ----- Puls.

* Rigid os. ----- Bell.

* Difficult labour. ----- Arn.

* Fits of unconsciousness during or after labour, body cold, pulse feeble ----- Camph..

* Placenta nor expelled or detached within an hour of delivery ----- Puls., Sec.



Complications of Delivery

Rupture

The space between the vagina and rectum is ruptured or lacerated mostly in cases of first delivery. It requires the help of a skillful surgeon to mend it ----- Calendula Lotion.



After Pains

These are sometimes troublesome. ----- Arn.

But if the mother is irritable or neurotic in temperament. ----- Cham.

If Arnica fails. ----- Coff., Gels., Sec.



Hæmorrhage

Keep the patient lying down with head low and feet raised. Firmly knead the uterus and give an intra-uterine douche or water at 120 degree F ----- Sabin., Ham.

For weakness. ----- Chin.

For headache. ----- Fer.



Unconsciousness

If associated with collapse. ----- Rubini’s Spt. Camphor Q

If unconsciousness comes on after slight movements or is associated with cold sweat on forehead ----- Ver-a.

If fits of unconsciousness comes on pretty frequently or last long. ----- Stram.

If due to trauma. ----- Arn.

If due to fear. ----- Acon., Coff.

If patient cannot swallow medicines, let her inhale them. Give light nutritious diet (milk and barley etc.).



Convulsions (Eclampsia)

This is a terrible complications and is characterized by repeated convulsions of increasing frequency and severity and sleeping coma. Its cause is not known: probably toxæmia of pregnancy.

During premonitory stage. ----- Hyos.

During fits. ----- Bell., Hydr-ac.

After fits stop, and if mental derangement persists. ----- Op.

If the convulsions are preceded by fever and thirst. ----- Acon.

If convulsions are associated with cold clammy sweat, full ----- Ver-vir.

quick pulse and delirium.

Sudden stoppage of perspiration. ----- Cham., Dulc.

Weakness. ----- Chin., Ph-ac.

Insomnia (without any apparent cause). ----- Coff.

If no urine is passed within 12 hours. ----- Acon. (Every 10 minutes)

If 4 doses of Acon fail. ----- Bell. (Every ½ hr. upto 3 doses) then Equisetum.



Constipation

If absolutely no stool within 48 hours and if pain is felt in abdomen ----- Collin. or Ver.

Diarrhœa. ----- Hyos., Puls.

Piles. ----- Puls. internally and Ham. Q locally.



Lochia

Usually bright red blood is passed in the first two or three days; then it becomes pale, then watery and finally purulent matter comes out before the discharge ceases – about 3 week’s time.

If however this discharge (called lochia) persists unduly long. ----- Sabin.

If scarlet blood is passed for a long time. ----- Sabin.

If lochia suddenly ceases. ----- Acon.

If it smells ill. ----- Kreos., Carb-v. internally and Calendula Lotion Q (1 in 20 of water) to irrigate thrice daily.



OTHER SUGGESTED REMEDIES

Cimicifuga Racemosa

This remedy may be given three or four months before delivery to ensure safe and painless delivery. It checks false labour pain also. Cimicifuga also ensure living birth in women who have previously delivered only dead children.



Pulsatilla

To avoid false labour pains and to ensure safe delivery in due time the medicine may be given in 1M every 15 minutes – three doses only at the time the delivery is expected. It also puts the child in right position if it has changed its position in the womb, if given before the membranes are ruptured.



Aur-Mur-Nat.

It should be given to syphilitic mothers to prevent diseases in their off-springs.



Arnica

An excellent remedy for pains after delivery.



Caulophyllum

Complementary to Pulsatilla in cases where the fœtus is in unfabourable position in the uterus. Given in 30 potency one dose a day for two or three weeks before delivery will make the delivery easy and prevent false labour pains. It also helps when the movements of the fœtus have ceased.



China

After profuse bleeding in delivery. A dose of 1M will recoup the strength of the patient.



Stramonium

Nymphomania (excessive or intolerable desire for sexual intercourse) in lying-in-women i. e. during confinement. It is also used in 200 potency for insanity during pregnancy.



Ruta

Prolapsus of rectum after confinement.



Cuprum Met.

During the course of labour the patient suddenly becomes blind. The labour pains cease and the convulsions come on, commencing in the fingers and toes.



Nux Vomica

Hiccough during confinement, preventing eating, drinking and sleeping.



Platina

Nymphomania. Great sexual desire in lying-in-women.



Kali Carb

Hæmorrhage due to atonic condition of blood vessels and bleeding starts after one week of labour.



Causticum

Retention of urine after labour.



Viburnum Op.

For false labour pains which may render a woman’s life a torture for weeks. For after-pains a dose after every pain will give relief. Also in pain or cramps in the abdomen and legs during pregnancy.



Crocus

When the movements of fœtus are too violent and painful.



Thuja

Violent movements of the child during the seventh or eighth month which disturb her sleep with urging to urinate.



Sulphur

Fœtus in uterus as if hurting by fists.



Anacardium

This may be given in 200 potency for sleeplessness in pregnancy.



Coffea

If Anacardium fails, this remedy in 200 potency may be tried at bed time for sleeplessness.



Aconite

For sleeplessness if caused by fright, fear or anxiety.



NOTE :

Any information given above is not intended to be taken as a replacement for medical advice. Therefore, it is very important that the patients should avoid self-treatment and rather consult the most abled and qualified classical homœopath and take the treatment under his proper guidance and advice.



References:
World Book 2003

Mosby’s Medical Encyclopædia

The Homœopathic Family Practice, published by M. Bhattacharyya & Co., Ltd., Calcutta.

Select Your Remedy by Rai Bahadur Bishambar Das.





Copyright © Dr. Sayeed Ahmad 2004