Tamdura Capsule Mr, is an alpha blocker that helps to relax the enlarged muscles of an affected prostrate and bladder. It helps to ease out the symptoms of benign prostatic hyperplasia (BPH) which includes difficulty in urination, increased need to urinate at odd times, and a weak stream.
Being a medicine for men, Tamdura Capsule Mr is not for use for women and children. It is important that you brief the doctor about all other medication you’re currently on, as it may lead to adverse reactions with similar medicines such as prazosin, silodosin, etc. Tamdura Capsule Mr is not to be taken if you are allergic to it. Let your doctor know if you have liver or kidney disease, if you suffer from low blood pressure or have a history of prostrate cancer.
Tamdura Capsule Mr is taken orally, with the dosage depending on your medical condition and response to the treatment. It is important that you take the capsule at the same time every day, thirty minutes after your meal, daily. Taking it regularly would help to increase its effectiveness.
Side effects include a drop in blood pressure that may lead to dizziness or fainting.
Govt bans 344 drugs, including phensedyl, corex
Sr. No. Product name (irrational fdc)
1 aceclofenac + paracetamol + rabeprazole
2 nimesulide + diclofenac
3 nimesulide + cetirizine + caffeine
4 nimesulide + tizanidine
5 paracetamol + cetirizine + caffeine
6 diclofenac + tramadol + chlorzoxazone
7 dicyclomine + paracetamol + domperidone
8 nimesulide + paracetamol
9 paracetamol + phenylephrine + caffeine
10 diclofenac+ tramadol + paracetamol
11 diclofenac + paracetamol + chlorzoxazone + famotidine
12 naproxen + paracetamol
13 nimesulide + serratiopeptidase
14 paracetamol + diclofenac + famotidine
15 nimesulide + pifofenone + fenpiverinium + benzyl alcohol
16 omeprazole + paracetamol + diclofenac
17 nimesulide + paracetamol injection
18 tamsulosin + diclofenac
19 paracetamol + phenylephrine + chlorpheniramine + dextromethorphan + caffeine
20 diclofenac + zinc carnosine
21 diclofenac + paracetamol + chlorpheniramine maleate + magnesium trisillicate
22 paracetamol + pseudoephedrine + cetrizine
23 phenylbutazone + sodium salicylate
24 lornoxicam + paracetamol + trypsin
25 paracetamol + mefenamic acid + ranitidine + dicylomine
26 nimesulide + dicyclomine
27 heparin + diclofenac
28 glucosamine + methyl sulfonyl methane + vitamini d3 + maganese + boron + copper + zinc
29 paracetamol + tapentadol
30 tranexamic acid + proanthocyanidin
31 benzoxonium chloride + lidocaine
32 lornoxicam + paracetamol + tramadol
33 lornoxicam + paracetamol + serratiopeptidase
34 diclofenac + paracetamol + magnesium trisilicate
35 paracetamol + domperidone + caffeine
36 ammonium chloride + sodium citrate + chlorpheniramine maleate + menthol
37 paracetamol + prochlorperazine maleate
38 serratiopeptidase (enteric coated 20000 units) + diclofenac potassium & 2 tablets of doxycycline
39 nimesulide + paracetamol suspension
40 aceclofenac + paracetamol + famotidine
41 aceclofenac + zinc carnosine
42 paracetamol + disodium hydrogen citrate + caffeine
43 paracetamol + dl methionine
44 disodium hydrogen citrate + paracetamol
45 paracetamol + caffeine + codeine
46 aceclofenac (sr) + paracetamol
47 diclofenac + paracetamol injection
48 azithromycin + cefixime
49 amoxicillin + dicloxacillin
50 amoxicillin 250 mg + potassium clavulanate diluted 62.5 mg
51 azithromycin + levofloxacin
52 cefixime + linezolid
53 amoxicillin + cefixime + potassium clavulanic acid
54 ofloxacin + nitazoxanide
55 cefpodoxime proxetil + levofloxacin
56 azithromycin, secnidazole and fluconazole kit
57 levofloxacin + ornidazole + alpha tocopherol acetate
58 nimorazole + ofloxacin
59 azithromycin + ofloxacin
60 amoxycillin + tinidazole
61 doxycycline + serratiopeptidase
62 cefixime + levofloxacin
63 ofloxacin + metronidazole + zinc acetate
64 diphenoxylate + atropine + furazolidonee
65 fluconazole tablet, azithromycin tablet and ornidazole tablets
66 ciprofloxacin + phenazopyridine
67 amoxycillin + dicloxacillin + serratiopeptidase
68 azithromycin + cefpodoxime
69 lignocaine + clotrimazole + ofloxacin + beclomethasone
70 cefuroxime + linezolid
71 ofloxacin + ornidazole + zinc bisglycinate
72 metronidazole + norfloxacin
73 amoxicillin + bromhexine
74 ciprofloxacin + fluticasone + clotrimazole + neomycin is
75 metronidazole + tetracycline
76 cephalexin + neomycin + prednisolone
77 azithromycin + ambroxol
78 cilnidipine + metoprolol succinate + metoprolol tartrate
79 l-arginine + sildenafil
80 atorvastatin + vitamin d3 + folic acid + vitamin b12 + pyridoxine
81 metformin + atorvastatin
82 clindamycin + telmisartan
83 olmesartan + hydrochlorothiazide + chlorthalidone
84 l-5-methyltetrahydrofolate calcium + escitalopram
85 pholcodine + promethazine
86 paracetamol + promethazine
87 betahistine + ginkgo biloba extract + vinpocetine + piracetam
88 cetirizine + diethyl carbamazine
89 doxylamine + pyridoxine + mefenamic acid + paracetamol
90 drotaverine + clidinium + chlordiazepoxide
91 imipramine + diazepam
92 flupentixol + escitalopram
93 paracetamol + prochloperazine
94 gabapentin + mecobalamin + pyridoxine + thiamine
95 imipramine + chlordiazepoxide + trifluoperazine + trihexyphenidyl
96 chlorpromazine + trihexyphenidyl
97 ursodeoxycholic acid + silymarin
98 metformin 1000/1000/500/500mg + pioglitazone 7.5/7.5/7.5/7.5mg + glimepiride
99 gliclazide 80 mg + metformin 325 mg
100 voglibose+ metformin + chromium picolinate
101 pioglitazone 7.5/7.5mg + metformin 500/1000mg
102 glimepiride 1mg/2mg/3mg + pioglitazone 15mg/15mg/15mg + metformin 1000mg/1000mg/1000mg
103 glimepiride 1mg/2mg+ pioglitazone 15mg/15mg + metformin 850mg/850mg
104 metformin 850mg + pioglitazone 7.5 mg + glimepiride 2mg
105 metformin 850mg + pioglitazone 7.5 mg + glimepiride 1mg
106 metformin 500mg/500mg+gliclazide sr 30mg/60mg + pioglitazone 7.5mg/7.5mg
107 voglibose + pioglitazone + metformin
108 metformin + bromocriptine
109 metformin + glimepiride + methylcobalamin
110 pioglitazone 30 mg + metformin 500 mg
111 glimepiride + pioglitazone + metformin
112 glipizide 2.5mg + metformin 400 mg
113 pioglitazone 15mg + metformin 850 mg
114 metformin er + gliclazide Mr. + voglibose
115 chromium polynicotinate + metformin
116 metformin + gliclazide + piogllitazone + chromium polynicotinate
117 metformin + gliclazide + chromium polynicotinate
118 glibenclamide + metformin (sr)+ pioglitazone
119 metformin (sustainded release) 500mg + pioglitazone 15 mg + glimepiride 3mg
120 metformin (sr) 500mg + pioglitazone 5mg
121 chloramphenicol + beclomethasone + clomitrimazole + lignocaine
122 of clotrimazole + ofloxaxin + lignocaine + glycerine and propylene glycol
123 chloramphennicol + lignocaine + betamethasone + clotrimazole + ofloxacin + antipyrine
124 ofloxacin + clotrimazole + betamethasone + lignocaine
125 gentamicin sulphate + clotrimazole + betamethasone + lignocaine
126 clotrimazole + beclomethasone + ofloxacin + lignocaine
127 becloemthasone + clotrimazole + chloramphenicol + gentamycin + lignocaine ear
128 flunarizine + paracetamole + domperidone
129 rabeprazole + zinc carnosine
130 magaldrate + famotidine + simethicone
131 cyproheptadine + thiamine
132 magaldrate + ranitidine + pancreatin + domperidone
133 ranitidine + magaldrate + simethicone
134 magaldrate + papain + fungul diastase + simethicone
135 rabeprazole + zinc + domperidone
136 famotidine + oxytacaine + magaldrate
137 ranitidine + domperidone + simethicone
138 alginic acid + sodium bicarbonate + dried aluminium hydroxide + magnesium hydroxide
139 clidinium + paracetamol + dicyclomine + activated dimethicone
140 furazolidone + metronidazole + loperamide
141 rabeprazole + diclofenac + paracetamol
142 ranitidine + magaldrate
143 norfloxacin+ metronidazole + zinc acetate
144 zinc carnosine + oxetacaine
145 oxetacaine + magaldrate + famotidine
146 pantoprazole (as enteric coated tablet) + zinc carnosine (as film coated tablets)
147 zinc carnosine + magnesium hydroxide + dried aluminium hydroxide + simethicone
148 zinc carnosine + sucralfate
149 mebeverine & inner hpmc capsule (streptococcus faecalis + clostridium butyricum + bacillus
Mesentricus + lactic acid bacillus)
150 clindamycin + clotrimazole + lactic acid bacillus
Avoid this combinations and be safe.
Male pattern baldness is hair loss due to underlying susceptibility of hair follicles to shrink owing to the influence of androgens. It is the most common cause of baldness in men. Typically, hair loss occurs at the vertex and the temples for men, whereas women usually lose hair all over their scalps.
Causes
Treatments
The cheapest way is to hide it by wearing a wig. Medicines that treat male pattern baldness include:
Male pattern baldness is hair loss due to underlying susceptibility of hair follicles to shrink owing to the influence of androgens. It is the most common cause of baldness in men. Typically, hair loss occurs at the vertex and the temples for men, whereas women usually lose hair all over their scalps.
Causes
Treatments
The cheapest way is to hide it by wearing a wig. Medicines that treat male pattern baldness include:
Erectile dysfunction
Alternative names
Impotence; ed
Erectile dysfunction
Erectile dysfunction (ed), formerly called impotence, can affect men of all ages although it is much more common among older men. It is normal for healthy men of all ages to occasionally experience erectile dysfunction. However, if the problem becomes chronic, it can have adverse effects on relationships, emotional health, and self-esteem. Erectile dysfunction may also be a symptom of an underlying health condition. If erectile dysfunction becomes an on-going problem, it is important to talk to your doctor.
Causes of erectile dysfunction
Physical causes are the main reasons for erectile dysfunction. They include heart disease, high blood pressure, diabetes, neurological disease, medication side effects, and other health conditions.
Psychological causes of erectile dysfunction include anxiety, depression, stress, and problems in relationships.
Lifestyle factors that increase the risk for erectile dysfunction include smoking, alcohol use, and other substance abuse.
Introduction
Erectile dysfunction (formerly called impotence) is the inability to achieve or maintain an erection sufficiently rigid for sexual intercourse. Sexual drive and the ability to have an orgasm are not necessarily affected. Because all men have erection problems from time to time, doctors diagnose erectile dysfunction if a man fails to maintain an erection satisfactory for intercourse on at least 25% of attempts.
Erectile dysfunction is not new in either medicine or human experience, but it is not easily or openly discussed. Cultural expectations of male sexuality inhibit many men from seeking help for a disorder that can usually benefit from medical treatment.
The penis and erectile function
The structure of the penis. The penis is composed of the following structures:
Two parallel columns of spongy tissue called the corpus cavernosa, or erectile bodies.
A central spongy chamber called the corpus spongiosum, which contains the urethra, the tube that carries urine from the bladder through the penis.
These structures are made up of erectile tissue. Erectile tissue is rich in tiny pools of blood vessels called cavernous sinuses. Each of these vessels is surrounded by smooth muscles and supported by elastic fibrous tissue composed of a protein called collagen.
Erectile function and nitric oxide. The penis is either flaccid or erect depending on the state of arousal. In the flaccid, or unerect, penis, the following normally occurs:
Small arteries leading to the cavernous sinuses contract, reducing the inflow of blood.
The smooth muscles regulating the many tiny blood vessels also stay contracted, limiting the amount of blood that can collect in the penis.
During arousal, the following occurs:
The man's central nervous system stimulates the release of a number of chemicals, including nitric oxide, which is essential for producing and maintaining an erection.
Nitric oxide stimulates the production of cyclic GMP, a chemical that relaxes the smooth muscles in the penis. This allows blood to flow into the tiny pool-like cavernous sinuses, flooding the penis.
This increased blood flow nearly doubles the diameter of the spongy chambers.
The veins surrounding the chambers are squeezed almost completely shut by this pressure.
The veins are unable to drain blood out of the penis and so the penis becomes rigid and erect.
After ejaculation or climax, cyclic GMP is broken down by an enzyme called phosphodiesterase-5 (pde5), causing the penis to become flaccid (unerect) again.
Important substances for erectile health
A proper balance of certain chemicals, gases, and other substances is critical for erectile health.
Collagen. The protein collagen is the major component in structural tissue in the body, including in the penis. Excessive amounts, however, form scar tissue, which can impair erectile function.
Oxygen. Oxygen-rich blood is one of the most important components for erectile health. Oxygen levels vary widely from reduced levels in the flaccid state to very high in the erect state. During sleep, a man can normally have three to five erections per night, bringing oxygen-rich blood to the penis. The primary cause of oxygen deprivation is ischemia -- the blockage of blood vessels. The same blood flow-reducing conditions that lead to heart disease, such as atherosclerosis, may also contribute to erectile dysfunction.
Testosterone and other hormones. Normal levels of hormones, especially testosterone, are essential for erectile function, though their exact role is not clear.
Causes
Over the past decades, the medical perspective on the causes of erectile dysfunction has shifted. Common belief used to attribute almost all cases of ed to psychological factors. Now doctors believe that up to 85% of ed cases are caused by medical or physical problems. Only 15% are completely psychologically based. Sometimes, erectile dysfunction is due to a combination of physical and psychological causes.
A number of medical conditions share a common problem with erectile dysfunction -- the impaired ability of blood vessels to open and allow normal blood flow.
Heart disease, atherosclerosis, and high blood pressure
Heart disease, atherosclerosis, high blood pressure, and high cholesterol levels are major risk factors for erectile dysfunction. In fact, erectile problems may be a warning sign of these conditions in men at risk for atherosclerosis. Men who experience ed have a greater risk for angina, heart attack, or stroke.
Erectile dysfunction is a very common problem in men with high blood pressure. Many of the drugs used to treat hypertension (such as calcium channel blockers and beta-blockers) may also cause ed.
Diabetes
Diabetes is a major risk factor for erectile dysfunction. Blood vessel and nerve damage are both common complications of diabetes. When the blood vessels or nerves of the penis are involved, erectile dysfunction can result. Diabetes is also associated with heart disease and chronic kidney disease, other risk factors for ed.
Obesity
Obesity increases the risk for diabetes, heart disease, and erectile dysfunction.
Metabolic syndrome
Metabolic syndrome -- a cluster of conditions that includes obesity and abdominal fat, unhealthy cholesterol and triglyceride levels, high blood pressure, and insulin resistance -- is also a risk factor for erectile dysfunction in men older than 50 years.
Benign prostatic hyperplasia
Although benign prostatic hyperplasia (BPH or 'enlarged prostate') does not cause erectile dysfunction, surgical and drug treatments for the condition can increase the risk for erectile dysfunction.
Neurologic conditions
Diseases that affect the central nervous system can cause erectile dysfunction. These conditions include Parkinson's disease, multiple sclerosis, and stroke.
Endocrinologic and hormonal conditions
Low levels of the male hormone testosterone can be a contributing factor to erectile dysfunction in men who have other risk factors. (low testosterone as the sole cause of erectile dysfunction affects only about 5% of men. In general, low testosterone levels are more likely to reduce sexual desire than to cause ed.) abnormalities of the pituitary gland that cause high levels of the hormone prolactin are also associated with erectile dysfunction. Other hormonal and endocrinologic causes of erectile dysfunction include thyroid and adrenal gland problems.
Physical trauma and injury
Spinal cord injury and pelvic trauma, such as a pelvic fracture, can cause nerve damage that results in ed. Other conditions that can injure the spine and cause erectile dysfunction include spinal cord tumors, spina bifida, and a history of polio.
Surgery
Surgery for prostate diseases. Radical prostatectomy for prostate cancer often causes loss of sexual function but nerve-sparing surgical procedures reduce the risk of ed. (radiation treatments for prostate cancer also cause erectile dysfunction.) surgical treatments for BPH can also cause ed, but this complication is relatively uncommon.
Surgery for colon and rectal cancers. Surgical and radiation treatments for colorectal cancers can cause ed in some patients. In general, colostomy does not usually affect sexual function. However, wide rectal surgery can cause short-term or long-term sexual dysfunction.
Fistula surgery. Surgery to repair anal fistulas can affect the muscles that control the rectum (external anal sphincter muscles), sometimes causing ed. (repair of these muscles may restore erectile function.)
Orthopedic surgery. Erectile dysfunction can sometimes result from orthopedic surgery that affects pelvic nerves.
Note: vasectomy does not cause erectile dysfunction.
Medications
Many medications increase the risk for erectile dysfunction. They include:
High blood pressure medications, particularly diuretics, beta-blockers, and calcium channel blockers.
Heart or cholesterol medications such as digoxin, gemfibrozil, or clofibrate.
Finasteride (Proscar, generic) and dutasteride (Avodart), which are used to treat benign prostatic hyperplasia (BPH). A lower-dose form of finasteride (Propecia), which is used to treat male pattern baldness, may also cause ed. Erectile dysfunction may persist even after these medications are stopped.
Psychotropic medication used to treat depression and bipolar disorder such as selective serotonin-reuptake inhibitors (SSRIs), tricyclic antidepressants, monoamine oxidase inhibitors, and lithium. Certain types of antipsychotic medication, such as phenothiazines (like Compazine) and butyrophenones (like haloperidol), can also cause erectile dysfunction.
Gastroesophagelal reflux disorder (gerd) medications, used to reduce stomach acids, such as rantidine (Zantac) and cimetidine (Tagamet).
Hormone drugs such as estrogens, corticosteroids, and 5-alpha reductase inhibitors.
Chemotherapy drugs such as methotrexate.
Psychological causes
Anxiety. Anxiety has both emotional and physical consequences that can affect erectile function. It is among the most frequently cited contributors to psychological ed.
Stress. Even simple stress can affect sexual dysfunction.
Depression. Depression can reduce sexual desire and is associated with erectile dysfunction.
Relationship problems. Troubles in relationships often have a direct impact on sexual functioning.
Risk factors
Age
For most men, erectile dysfunction is primarily associated with older age. Nevertheless, ed is not inevitable with age. Severe erectile dysfunction often has more to do with age-related disease than age itself. In particular, older men are more likely to have heart disease, diabetes, and high blood pressure than younger men. Such conditions and some of their treatments are causes of erectile dysfunction.
Lifestyle factors
Smoking. Smoking contributes to the development of erectile dysfunction, mainly because it increases the effects of other blood vessel disorders, including high blood pressure and atherosclerosis.
Alcohol use. Heavy drinking can cause erectile dysfunction. Alcohol depresses the central nervous system and impairs sexual function.
Drug abuse. Illicit drugs such as heroin, cocaine, methamphetamines, and marijuana can affect sexual function.
Weight and sedentary lifestyle. Obesity is a risk factor for erectile dysfunction. Lack of exercise and a sedentary lifestyle can lead to obesity and other health problems associated with erectile dysfunction.
Diagnosis
The doctor typically interviews the patient about various physical and psychological factors and performs a physical exam.
Medical history
The doctor will ask about:
Past and present medical conditions, surgeries, and medications
Any history of psychological problems, including stress, anxiety, or depression
Lifestyle factors such as alcohol, drug, and dietary supplement use
In addition, the doctor will ask about your sexual history, which may include:
When problems with sexual function began
The frequency, quality, and duration of any erections, including erections that occur during sleep or on awakening in the morning
The specific circumstances when erectile dysfunction occurs
Details of sexual technique
Whether problems exist in the current relationship
If appropriate, the doctor may also interview the sexual partner.
Physical examination
The doctor will perform a physical exam, including examination of the genital area and a digital rectal examination (the doctor inserts a gloved and lubricated finger into the patient's rectum) to check for prostate abnormalities. It is important to check blood pressure and to evaluate circulation by checking pulses in the legs.
Laboratory tests
Because erectile dysfunction and atherosclerosis are often linked, it is important to check cholesterol levels. Similarly, the doctor may order tests for blood sugar (glucose) levels to check if diabetes is a factor. In some cases, blood tests may be used to measure testosterone levels to determine if there are hormone problems. The doctor may also screen for thyroid and adrenal gland dysfunction. For more sophisticated tests, the doctor may refer the patient to a urologist.
Treatment
Many physical and psychological situations can cause erectile dysfunction, and brief periods of ed are normal. Every man experiences erectile dysfunction from time to time. Nevertheless, if the problem is persistent, men should seek professional help, particularly since erectile dysfunction is usually treatable and may also be a symptom of an underlying health problem. It is important to treat any medical condition that may be causing erectile dysfunction.
How your hair loss or baldness is completely reversible (non-surgically)
Having deeply researched hair loss, I have devised a solution to promote hair growth. I would like to share with you how it happens in two parts.
Here's part 1
Is your hair fall normal or abnormal (excessive)?
Average daily normal hair fall is 100-150 and anything above that are considered abnormal hair fall.
What causes abnormal hair fall?
Males: males pattern hair loss (most common cause), telogen effluvium, stress, smoking, etc.
Females: chronic telogen effluvium (most common cause), female pattern hair loss, pregnancy-induced, stress, due to medicines like cancer therapy, cosmetic procedures - straightening, rebonding etc,
How does hair loss affect us?
What are effective and scientifically proven treatments for hair loss?
Medicines (solutions):
Surgical:
Non-surgical:
Apart from this, multivitamins, stem cell therapy and various other treatments done have no scientific proof for giving best results.
What is the best non-surgical treatment?
'innovative prp' with derma roller is by far the most effective (research method by Dr. Jeetendra khatuja).
What is prp?
Platelet-rich plasma (prp); an autologus solution (made with patient's own blood) hence it is completely safe and with no side effects. Prp is an effective concentration of multiple growth factors (present in platelets like pdgf, vegf, egf, etc) which stimulate hair follicles to grow.
How does prp work?
Prp contains a high concentration of special cells called platelets (with multiple growth factors) in prp stimulate roots of hair follicles to promote hair re-growth.
During hair loss, the length and diameter of hair reduce and hair enter a 'resting stage' or 'arrested growth stage'. When an enough number of hair enter this stage, scalp becomes visible producing 'baldness'.
Prp causes a shift of hair follicles from 'resting stage' to 'active growth stage', thereby reverses the process of hair loss.
How is prp prepared?
There are various methods for preparing prp, but most of these methods are not effective.
The unique method developed by Dr. Jeetendra khatuja is called 'innovative prp' or iprp.
We draw 8ml of patient's blood and process it in special tubes with the help of centrifuge machine. The method has been standardised over the years for best results.
How prp is given?
Under all safety precautions, the treatment area is numbed under local anesthesia and prp is injected to cover the whole bald area.
What are the risks and side-effects of prp?
There are no risks or side-effects involved since prp is prepared from your own blood.
How long does prp treatment take?
Preparation of prp takes 15-20 minutes and actual treatment takes 10-15 minutes, so the whole treatment takes about 30-40 minutes only.
This is followed by a derma roller treatment, which is explained in part 2.
'consult'.
