Friday, October 2, 2009

EU must stop destroying life-saving drugs in transit


EU's anti-counterfeiting effort is having a potentially deadly side-effect.
As MEPs on the European Parliament's international trade committee, we are deeply worried that three consignments of Indian-manufactured generic medicines – seized last year while in transit in the EU – have been earmarked for destruction by EU authorities.
These consignments – of clopidogrel, rivastigmine and olanzapine – were being exported from India to other developing countries to treat patients with serious and life-threatening conditions such as heart attacks, strokes, Alzheimer's disease, Parkinson's disease and psychosis. Yet they were seized by Dutch customs authorities on the basis of alleged patent infringement.
Although these medicines are not under patent in India or in the destination countries, EU customs legislation still permits the destruction of these life-saving medicines. A humanitarian organisation, Médecins Sans Frontières (MSF), has highlighted several other recent cases of generic medicines in transit in the EU that have been detained, seized or destroyed. As MSF itself provides generic medicines to developing countries via its EU logistical bases, such actions may have a serious impact on its work.
We believe that at the root of the current wave of seizures is the blurring of the definition between legitimate generic medicines and illegal counterfeit medicines.
We entirely accept the European Commission's view that the EU needs an effective anti-counterfeiting policy and we fully support the important work of national customs authorities in preventing the illegal trade in counterfeit medicines.
It is vital to differentiate between illegal counterfeit medicines – which the World Health Organization defines as medicines having a false representation of identity and/or source – and legitimate generic medicines, which are, in most cases, simply unbranded versions of patented medicines.
The Commission's declaration at the World Trade Organization (WTO) in the first week of March that the seizures by Dutch customs authorities were justified by their objective to combat counterfeit medicines illustrates the confusion between illegal counterfeit medicines and legitimate generic medicines in transit in the EU.
The Parliament's position, as reflected in its 2007 resolution, calls on the Commission to respect its international commitments to the pro-development and pro-access to medicine agenda of the 2001 WTO Doha declaration, which states that “EU policy should aim at maximising the availability of pharmaceutical products at affordable prices in the developing world”.
For the sake of patients in developing countries – such as the 300,000 hypertension sufferers in Brazil who were to be treated with the detained medicines – we urge the Commission to amend EU customs legislation and end the detention, seizure and destruction of legitimate generic medicines in transit through the EU.
To fail to do so will result in the needless death and continued suffering of those most in need of access to safe, inexpensive and efficacious medicines.

Tuesday, September 29, 2009

Twin cities face shortage of lifesaving drugs in pakistan


RAWALPINDI - Various national and multi-national pharmaceutical companies have halted supply of lifesaving drugs for the last two months. Medical stores of the twin cities of Islamabad and Rawalpindi have alleged that the shortage of medicines and drugs related to thyroid gland and mental health is due to the monopoly of pharmaceutical companies, which have created artificial shortage for price hike of these products.
Most of the medical stores in the twin cities of Islamabad and Rawalpindi confirmed the unavailability/shortage of the above-mentioned drugs in the market.
According to an estimate, 5-10 most essential medicines of all the pharmaceutical companies are missing from the market due to unknown reasons.
They were surprised that why the Competition Commission of Pakistan is silent on the issue thus protecting these giant multi-national pharmaceutical companies.
The never-ending problem of medicine shortage has once again put patients of twin cities in trouble. The hardship of the people, particularly residing far away from the main commercial centres and posh areas in the twin cities, is understandable.
Interacting with troubled patients and surveying comparatively accessible medical stores to poor people living in the city revealed that the situation is much graver than it seems from a distance.
The retailers held the essential life saving drugs including Betnetan, NeoMarcazole, Phenosarbitane, Thyroxine, Modicat (injection) and Pendurial (injection) were missing from the market.
These medicines were used in emergency situation, have no real alternatives available at affordable rates.

LIST OF LIFE-SAVING DRUGS


  1. 32 P Sodium Phosphate
  2. Flucytosin
  3. 5-Fluorouracil
  4. 6-Isoguanine
  5. Aclarubicin
  6. Dactinomycin
  7. Agglutinating Sera
  8. Allopurinol
  9. Ambenonium Chloride
  10. Amikacin
  11. Amino-glutothemide
  12. Amiodarone
  13. Amiphenazole
  14. Amphotericin-B
  15. Amrinone
  16. Amsacrine
  17. Amylobarbitone Sodium
  18. Anti-Diphtheria Normal Human Immunoglobulin
  19. Anti-Haeomophilic Factor concentrate (VIII and IX)
  20. Anti-human lymophocyte immuniglobulin IV
  21. Anti-human thymocyte-immunoglobulin IV
  22. Anti-Pseudomonas Normal Human Immunoglobulin
  23. Anti-Plague serum
  24. Anti-Pseudomonas Normal Human Immunoglobulin
  25. Anti-Rabies Normal Human Immunoglobulin
  26. Aprotinin
  27. Atracurium besylate
  28. Baclofen
  29. Beclamide
  30. Bemergide
  31. Bleomycin
  32. Blood group sera
  33. Burn therapy dressing soaked in gel
  34. Bovine Thrombin for in vitro test for diagnosis in Haemorrhagic disorders
  35. Bovine Albumin
  36. Broxuridine
  37. Bretyleum Tossylate
  38. Busulphan
  39. Calcium Disodium Edetate
  40. Carbidopa with Levodopa
  41. Carmustine
  42. Cefoperazone
  43. Ceftizoxime
  44. Cesium Tubes
  45. Chenodeoxycholic Acid
  46. Chlorambucil
  47. Chlormerdrin 197 Hg.
  48. Chloestyramine
  49. Christmas Factor Concentrate (Coagulation factor IX prothrombin complex concentrate)
  50. Chorionic Gonadotrophin
  51. Cobalt-60
  52. Clindamycin
  53. Colistin
  54. Carboquone
  55. Corticotrophin
  56. Cyclocytidine
  57. Cyclophosphamide
  58. Cyanamide
  59. Dacarbazine
  60. Daunomycin
  61. Daunorubicin
  62. Desmopressin
  63. Desferrioxmine
  64. Diagnostic Agent for Detection of Hepatitis B Antigen
  65. Diagnostic kits for detection of HIV antibodies
  66. Diphtheria Antitoxin Sera
  67. Dimercaprol
  68. Diazoxide
  69. Dobutamine
  70. Dispyramide Phospate
  71. Edrophonium
  72. Dopamine
  73. Enzyme Linked Immunoabsorbent Assay Kits (ELISA KITS)
  74. Epirubicin
  75. Fibrinogen
  76. Floxuridine
  77. Follicle Stimulating Hormone (FSH)
  78. Fospestorol
  79. Gallium Citrate
  80. Gasgangrene Anti-Toxin Serum
  81. Glucagon
  82. Heptamine
  83. Hepatitis B Immunoglobulin
  84. Hexamethymelamine
  85. Histoglobulin
  86. Hydralazine
  87. Hydroxyurea
  88. Idraubicine
  89. Idoxuridine
  90. Ifosfamide
  91. Isoprenaline
  92. Immunoassay kit for blood Fibrinogen degradation product for direct estimation of diagnostic test in D.I.C.
  93. Inactivated rabies vaccine (Human diploid cell)
  94. Inactivated rabies vaccine (Vero-cell)
  95. (a) Indium (III) in bleomycin (b) Indium 113 Sterile generator and elution accessories (c) Indium 113 in brain scanning kit (d) Indium 113 in liver scanning kit.
  96. Interferon alpha -2b/interferon alpha -2a/Inteferon NL/Inteferon alpha NL (LNS)
  97. Intravenous amino acids
  98. Intravenous Fat Emulsion
  99. Iopamidol
  100. Iohexol
  101. Ketamine
  102. Isoflurane
  103. Selenium-75
  104. Asparaginase
  105. Calcium folinate
  106. Lactulose
  107. Levodopa with benserazine
  108. Levodopa (L-Dopa)
  109. Mannitol Busulphan preparations
  110. Lomustine
  111. Meningococcoal Aand C combined vaccine with diluant solvent
  112. Melphalan
  113. Mercaptopurine
  114. Mesna
  115. Methisazone
  116. Methicillin
  117. Methoxy isobutyl Isonitrile
  118. Methotrexate
  119. Methyl prednisolone
  120. Methoxyflurane
  121. Metrizamide Inj with diluant
  122. Metraminol
  123. Mithramycin
  124. Nimustine
  125. Mitotane
  126. Mitomycin
  127. MMR (Measles, mumps and rubella) vaccine
  128. Latamoxef
  129. Monocomponent insulins
  130. Nalorphine
  131. Mustin Hydrochloride
  132. Netilmicin
  133. Naloxone
  134. Nitroglycerine
  135. Normal Human plama
  136. Normal Human immunoglobulin
  137. Nuclear magnetic resonance contrast agent
  138. Normal Human serum Albumin
  139. Penicillamine
  140. Pancuronium Bromide
  141. Pentamidine
  142. Penicillinase
  143. Peplomycin
  144. Pilocarpine
  145. Podohyllotoxin
  146. Piperacillin
  147. Poliomvelitis vaccine (inactivated and live)
  148. Laureth 9
  149. Poly myxin B
  150. Polyestradiol
  151. Potassium Aminobenzoate
  152. Porcine Insulin Zinc Suspension
  153. Praziquantel
  154. Pralidoxime
  155. Prednimustine
  156. Prazosin
  157. Porcine and Bovine insulin
  158. Procarbazine
  159. Purified Chick Embryo Cell Rabies Vaccine
  160. Protamine
  161. Pyridostigmine
  162. Pyridinol Carbamate
  163. Radio-immunoassay kit for hormones (T3, T4, TSH Insulin, Glycogen, Growth Hormone, Cortisol, L. H., FSH and Digoxin)
  164. Quinidine
  165. Radioisotope T1 201
  166. Tribavarin
  167. Septopal beads and chains
  168. Sodium Arsenate
  169. Sodium Cromoglycate spincaps and cartridges
  170. Sodium Hyalauronate sterile1% and 1.4% solution
  171. Solution containing Human Follicle Stimulating and Luteinising hormones
  172. Solution of Nucleotides and Nucliosides
  173. Somatostatin
  174. Somatropin
  175. Specific Desensitizing Vaccine
  176. Sterile Absorbable Haemostat for control of surgical vessel bleeding
  177. Streplokinase and Streptodomase preparations
  178. Strontium Chloride (85 Sr.)
  179. StrontiumSR-89 Chloride
  180. Suxamethonium Chloride
  181. Testolactone
  182. Technitium-99M
  183. Thioguanine
  184. Thallium 201
  185. Ticarcillin
  186. Tobramycin
  187. Tissue Plasminogen Activator
  188. Tranexamic Acid
  189. Tocainide
  190. Tri-iodothyronine
  191. Triethylene Tetramine
  192. Triethylene Thiophosphoramide
  193. Trofosfamide
  194. Tubocurarine
  195. Urokinase
  196. Ursodeoxycholic Acid
  197. Vancomycin
  198. Vasopressin
  199. Vecuronium Bromide
  200. Vindesin Sulphate
  201. X-ray diagnostic agents, the following :- (i) Propylidone (ii) Ethyl iodopheny-lun decylate (iii) lodipammide methyl glucamine (iv) Lipidoll utra fluid (v) Patent blue
  202. Anti -D Immunoglobulin
  203. Aurothiomalate Sodium
  204. Botulinum Toxin Type 'A'
  205. Triptorelin
  206. D.K.line 100% purified perflurodicalin liquid
  207. Fligrastim/Molgramostim (G-CSF/GM-CSF)
  208. Flecainide
  209. Foetal Bovine Serum (FBS)
  210. GadoliniumDTPA Dimeglumine
  211. HTLV - 1 Western Blot Kits
  212. Tetanus Immunoglobin
  213. BCG vaccine, Iopromide, lotrolan
  214. Legionella Pnuemophilis IF kits
  215. Muromonab-CD3
  216. Octreotide
  217. Typhoid Vaccines : (i) VI Antigen of Salmonella Typhi, and (ii) Ty 21a cells and attenuated non-pathogenic strains of S.Typhi
  218. (a) Rabbit brains thromboplastin for PT test; (b) Reagent for PT tests; (c) Human Thrombin for TT tests
  219. Pnuemocystis carinij IF Kits
  220. Puenoxytelzamins
  221. Rabies immunoglobulin of equine origin
  222. Thrombokinase
  223. Teniposide
  224. Vidarabine
  225. Iscador, CLIA Diagnostic kits
  226. Lamivudine
  227. Zalcitabine
  228. Saquinavir
  229. Zidovudine
  230. Ritonavir
  231. Amifostine
  232. Gemcitabine
  233. Goserlin Acetate
  234. Teicoplanin
  235. Recuronium Bromide
  236. Abeciximab
  237. Disodium Pamidronate
  238. Savoflurane
  239. Ticarcillin Disodium and Potassium Clavulante combination
  240. Trans 1-Diamino cyclohexane Oxalatoplatinum
  241. Letrozole
  242. Irinotecan
  243. Leuprolide Acetate
  244. Fludarabine Phosphate
  245. Lenograstim
  246. Tretinoin
  247. Enoxaparin
  248. Eptifibatide
  249. Mycophenolate Mofetil
  250. Prostaglandin E1 (PGE1)
  251. Natural Micronised Progesterone
  252. Latanoprost
  253. Riluzole
  254. Cefpirome

Monday, September 28, 2009

Could Fungal Collection Hold The Key To New Life-saving Drugs?


CABI houses one of the world's largest genetic resource collections of fungi, numbered at over 28,000 strains, including Fleming's original penicillin producing isolate. They will be supplying the University of Strathclyde's Institute for Drug Research (SIDR) with extracts from filamentous fungi which will be screened to identify pharmaceutically active compounds, which could potentially be developed into drugs.
Joan Kelley, Executive Director Bioservices, CABI said:
"This is a really exciting collaboration and we are looking forward to working with the expertise of the scientists at SIDR. We are hopeful that our partnership will prove the winning formula for discovering new pharmaceutical drugs to fight cancers, diseases and resistant strains of infections such as MRSA."
SIDR brings together scientists from different disciplines to focus on drug discovery. They have developed test systems to detect biological activity in samples of natural products that could lead to new medicinal products. Previous work at SIDR found activities from plant extracts against diabetes, obesity and psoriasis.
Professor Alan Harvey, Director of SIDR said:
"We are delighted to be working with CABI and to have access to their fantastic source of fungal samples. We hope that this novel source of chemical diversity will contain new compounds that can be used to point the way to new drugs for serious diseases."
CABI currently uses its fungal collection, along with the expertise of its scientists to offer a range of services to businesses, including fungal identification, sales, preservations, patenting, training and consultancy. The partnership with SIDR will see CABI's collection taken one step further, with the fungi being exploited for natural products.
Although using biotechnology to develop new drugs is by no means simple, the industry has seen steady success over the past few years. Between 2000 and 2005, over 20 new drugs were released onto the market originating from natural sources. And although this is the first time SIDR has worked with fungal cultures, there are a number of prescription drugs deriving from metabolites produced by fungi that have been on the market for many years. These include immunosuppressive agents, antibiotics such as penicillin, lipid lowering agents and

STRATEGIC OVERSEAS PRIVATE LIMITED


Description/ Specification of Life Saving Drugs
We are a renowned franchisee of Life Saving Drugs, which we source from a well known Firm based at US. A life saving drug is a molecule that combines with the receptor in the cell membrane or an enzyme which starts a biological effect by varying the cellular functions due to that combination. It is generally synthesized externally, but induced into a living being to produce its action. Our range is formulated under the supervision of experts and is hence highly effective and safe to consume. These are offered in hygienic packaging so as to retain their medicinal properties.

Tuesday, September 22, 2009

Kidney cancer patients denied life-saving drugs by NHS rationing body NICE


Thousands of kidney cancer patients are likely to lose out on life-prolonging drugs.
The NHS rationing body, NICE, has confirmed a ban on three out of four new treatments.
It has reversed its position on just one, Sutent, which will now be allowed for patients with advanced cancer.
Read more:
But campaigners who fought NICE's original blanket ban said this was not enough. They said some patients with heart problems cannot tolerate Sutent.
Kate Spall, head of the Pamela Northcott Fund campaign group, said the ruling meant that fewer than half of newly diagnosed patients would be eligible for therapy.
She added: 'Families will be denied time together and doctors will be unable to give patients the best treatment.'
Campaigners are angry that NICE appears to have ignored new official guidelines widening access to life-prolonging drugs.
Sutent, also known as sunitinib, can double the life expectancy of patients, to 28 months, compared with standard interferon treatment. It costs around £24,000 a year.
The rejected drugs - bevacizumab (Avastin), sorafenib (Nexavar) and temsirolimus (Torisel) - have similar costs and are used in other countries.
Read more:

Life-saving drugs to be made more available as Government pledges to end NHS postcode lottery

Patients will get quicker access to life-saving drugs under a major review of the Health Service.
In an effort to end the so-called postcode lottery, a constitution will give everyone a right to approved treatments if recommended by a clinician.
However, the review only covers healthcare in England - so it will not affect the 'medical apartheid' under which patients in Scotland benefit from drugs denied to those south of the border because it has a different medicines approval body.
The review of the NHS by health minister Lord Darzi also focuses on patient safety, recommending that hospitals be fined for catastrophic blunders such as amputating a healthy limb by mistake.
He will unveil his proposals tomorrow on the eve of the 60th anniversary of the NHS.
Lord Darzi, who continues to work as a surgeon, will announce plans to speed up the time it takes health rationing watchdog NICE to approve drugs.
A new NHS consitution will include a legal right for everyone to be given a drug if clinically appropriate. Ministers hope the plan will end the situation where some patients in England have been denied access to drugs while others have not.
The review will also call for more nurse-led clinics, and will include plans to rate nursing teams on compassion.

NHS widen offering of life-saving drugs

Top-up' payments on NHS widen offering of life-saving drugs
18th December, 2008
The insurance industry has seen enormous potential in 'top-up' payments on the NHS, reports have revealed.
The scheme, which is already active in England, involves insurers covering the cost of drugs not available on the NHS, without requiring patients to forfeit state care.
The Association of British Insurers (ABI) has said that private health insurance could significantly affect patients' ability to access new drugs and treatments that are unavailable on the NHS.
Denied drugs
Before the change, thousands of NHS patients, including cancer sufferers, were denied drugs that could enhance the quality of their lives or simply prolong their lives because the National Institute for Health and Clinical Excellence, the government's drug-rationing body, ruled they were not good value for money. Patients who chose to use their savings to pay for drugs had their NHS care withdrawn.
The announcement to allow top-ups to NHS care, however, means patients can now pay for part of their medical treatment privately so long as the work is 'separate' from the NHS. Before the launch of the scheme, the only way to receive the drugs, which can amount to as much as £50,000 a year, was to pay for private medical cover.
A welcome change
Many insurers, such as WPA and Bupa, are already offering top-up cover, with countless others considering to follow suit. Fergus Craig, commercial director of Axa PPP healthcare, told theThis is excellent news for patients and their families. We will be studying the new guidance carefully to ensure our top-up offering fully complements their NHS care. We expect to make this available very soon."
Many healthcare providers, such as Healthcare at Home, are also welcoming the change. A spokesperson for Healthcare at Home said: