Govt mulls new price formula for patented drugs – Linking patented drug prices to per capita income

Govt mulls new price formula for patented drugs – Linking patented drug prices to per capita income

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The Department of Pharmaceutical (DoP) has come up with a formula to price patented drugs in order to end a constant irritant for global drug makers, but given the complexity its implementation may be tricky. A government panel has proposed that prices of patented medicines be based on the country’s per capita income, a move that would substantially reduce prices of costly drugs made by global pharmaceutical firms.
This formula-based pricing of expensive drugs will eliminate the uncertainty associated with the discretionary approach followed by the government currently, which disturbs earnings expectations of companies. A panel formed under the ministry of chemicals and fertilizers has recommended setting up a committee to negotiate with drugmakers to fix prices of costly drugs used to treat deadly diseases such as cancer, HIV and hepatitis.
The formula will take the price of drugs in five advanced countries such as the UK and France, and their per capita income, the draft guidelines said.
“If we compare the per capita income with the prices of patented medicines in countries like Australia or France, prices in India are comparatively high and hence, they need to be regulated,” a senior ministry official told Reuters, declining to be identified because he was not authorized to speak with media.
The final price will be arrived on the basis of Indian purchasing power. The government’s move to control the prices of patented drugs is based on the argument that Indian administrators do not posses the strength like the UK or France which have more bargaining power since they contribute substantially to healthcare.
“These countries have a wide coverage of health insurance by their government and therefore have high bargaining power in deciding the price of patented drugs through negotiation,” said the draft. Firms such as Pfizer, Bayer and Roche are holding back from launching patented drugs to escape indiscriminate controls by government.
In March 2012, the Indian patent office directed German drug maker Bayer’s kidney cancer drug Nexavar-—sold at Rs 2 lakhs, to be sold at Rs 8,880. The government mulled to control prices of three cancer drugs manufactured by Roche and Bristol-Myers Squibb. Prices in the UK, Canada, France, Australia and New Zealand will form the base of the calculation.
The proposal, posted late on Monday on the ministry website, cites as an example the lung-cancer drug erlotinib HCL, sold by Roche Holding as Tarceva. In India, it costs Rs 35,450 for a month’s course of 100 mg tablets, equivalent to Rs 1,21,085 in France and Rs 1,21,650 in Australia. Based on per capita gross national incomes, if the drug costs Rs 35,450 in India, its respective cost would be just Rs 11,643 in France and Rs 10,309 in Australia based on per capita income in the respective countries, the report said.
The government will then take into account the ratio of per capita income of these countries to the per capita income of India. The Indian price will be fixed by dividing the price of a particular medicine in those countries by the income ratio, and the lowest of the prices would be the local price.
“This policy is in the right direction as we know that Compulsory License (CL) cannot address the need of price control for all patented drugs, so this policy takes care of that issue of a uniform regulation of price control for all patented drugs”, said D G Shah of Indian Pharmaceutical Alliance (IPA) the lobby group of Indian drug makers.
The intention to do away with uncertainty may be correct, but the formula complicates the mechanism given that negotiations between drug makers and those governments are secretive.
In most cases, neither the companies, nor the governments disclose their pricing to retain the advantage. The DoP has suggested that once the patented drug policy starts, the issuance of Compulsory License may be done away with. Compulsory License is a mechanism under the trade related intellectual property rights that allows a generic company to manufacture copies of patented drugs by offering royalty to innovator companies.
The committee is of the view that once patented drugs go under price regulation it won’t be possible for the government to permit copycats on the ground of high prices. But it has suggested that CL can be issued on other grounds apart from price like non-affordability or during emergency situations. In case of drugs that are launched first time in India, the committee has noted that it will examine the drugs and their input cost before fixing a price.

Harrison's Principles of Internal Medicine Free Ebook Download

Harrison's Principles of Internal Medicine Free Ebook Download

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Harrison's Principles of Internal Medicine

The book is for anyone who has the remotest association with the practice of medicine, be they internists, surgeons, nurses, technical staff, or counselors. This is the authority, and in a time of readily available but not always accurate information, this is the one source that can be relied upon....This is one of the absolute pillars of any medical library. It is the final word in internal medicine and we all owe a debt of gratitude to the editors and contributors who have created this extraordinary authority in medicine.

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Principles of Instrumental Analysis by Skoog, Holler & Crouch

Principles of Instrumental Analysis by Skoog, Holler & Crouch

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Principles of Instrumental Analysis



Details of Book: Principles of Instrumental Analysis
Book: Principles of Instrumental Analysis
Authors: Douglas A. Skoog, F. James Holler, Stanley R. Crouch
ISBN-10: 0495012017
ISBN-13: 978-0495012016
Publisher: Brooks Cole
Publication Date: December 6, 2006
Edition: 6th edition


Download Links:


password: pharmaever.com

Cipla introduces new pain free screening technology for early detection of breast cancer in India

Cipla introduces new pain free screening technology for early detection of breast cancer in India

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Cipla, one of the leading pharmaceutical companies from India, announces the launch of a breakthrough screening technology in India today called the ‘No Touch Breast Scan (NTBS); ' the first-ever painless, non-invasive and radiation-free breast scanning technique for detecting breast cancer at an early stage. Dr. Shekhar Kulkarni, Consultant Breast Cancer Surgeon, Magnolia Breast Surgery Clinic, Pune said, “Breast cancer is rising rapidly among urban women and is now the most common cancer in cities such as Mumbai and Delhi . Unfortunately most cancers are diagnosed when the disease is advanced leading to low chances of cure. Although Mammography has been available for years it is not used that widely. There are many reasons for it such as lack of awareness, pain and discomfort during the procedure and a concern about repeated exposure to radiation. Welcoming the introduction of NTBS in India , Dr. Rakesh Sinha, Consultant Gynaecologist Surgeon, BEAMS Hospital , Mumbai said, “The No-Touch Breast scan is a painless option for women who wish to get themselves regularly screened. It is of particular use in younger women who have dense breasts and mammography is inconclusive. If a woman shows changes on the NTBS then she is sent for further investigation which includes mammography, sonography etc. At BEAMS Mumbai, of the 41 patients who have undergone the NTBS test, only 1 had to be referred for mammography.” 

Thermal imaging has been approved by the FDA several years ago for early diagnosis of breast cancer. With improvements in digital camera technology during the last few years, thermal imaging is fast gaining acceptance. Developed by UE Life Sciences Inc, the ‘No Touch Breast Scan' is the World's first fully computerized ‘thermal imaging technology' with dual IR cameras which can find thermal changes at less than 0.08 deg. C. The NTBS using infrared imaging creates a sophisticated heat-map of the breast without using any radiation. Breast cancer is associated with increased formation of new blood vessels and these show up as 'hot spots' which could indicate a cancerous growth. 

At Dr Kulkarni's Magnolia Beauty and Clinic in Pune, the NTBS test was taken by about 165 women and only 12 of them needed further investigation. Mrs. Ambike, an asymptomatic woman who has untaken the NTBS test said, “I had taken a mammography test earlier but it was quite traumatic. With this totally touch-free and quick NTBS test, I would not defer my annual check-up anymore.”

The ‘No-Touch Breast Scan' would be exclusively marketed by Cipla across diagnostic centres and hospitals in India . It has already been installed at BEAMS Hospital , Mumbai and Indore and Magnolia Beauty and Clinic, Pune and would be extended by Cipla on a requirement-basis to over 20 more diagnostic centres or hospitals across India . Addressing the press, Dr. Jaideep Gogtay, Medical Director Cipla said , “Cipla has been working in the area of cancer by manufacturing drugs for the last 20 years but this is for the first time we have taken a step towards focusing on early diagnosis of breast cancer.

There are 3 NTBS machines available in the US , UK , Turkey and Kazakhstan , but women in India would have greater access to this landmark technology and have more control over their breast health.”

The cost of per NTBS test would range between Rs 800 – 1000, depending on the pricing determined individually by the hospitals and centres. 

About Cipla:

Cipla laid foundations for the Indian pharmaceutical industry back in 1935 with the vision to make India self-reliant in healthcare. Over the years Cipla has emerged as one of the most respected names not just in India but worldwide. Its state of the art R&D centre has given the country and the world many firsts. This includes the revolutionary AIDS cocktail for less than a dollar a day. With over 40 manufacturing units across the country, Cipla manufactures over 1200 products in 80 therapies.

With a turnover of over US $ 1 billion, Cipla serves doctors and patients in over 183 countries. It has earned a name for maintaining one global standard across all its products and services. Cipla continues to support, improve and save millions of lives with its high-quality drugs and innovative devices. ( www.cipla.com )

Treating Cancer with Light

Treating Cancer with Light

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New LED Device May Help Advance Photodynamic Therapy for Skin Cancer. Scientists at the University of California, Irvine (UC Irvine), believe so. They're exploring new ways to image cancerous lesions using LEDs that might advance a technique for treating cancer called photodynamic therapy (PDT) -- work that they will describe at the Optical Society’s (OSA) 94th annual meeting, Frontiers in Optics (FiO) 2010  at the Rochester Riverside Convention Center in Rochester, N.Y., from Oct. 24-28.
In PDT, photosensitizing chemicals that absorb light are injected into a tumor, which is then exposed to light. The chemicals generate oxygen radicals from the light energy, destroying the cancer cells. PDT is currently approved by the U.S. Food and Drug Administration (FDA) for the treatment of esophageal and lung cancer.

Rolf Saager, who works in the lab of Anthony Durkin at the Beckman Laser Institute at UC Irvine in collaboration with Kristen Kelly, M.D., and Modulated Imaging Inc., believes that PDT could also be used to treat skin cancer. But one obstacle to this application is the lack of a detailed imaging technique to target and monitor the effectiveness of PDT.

Exploiting a technique known as spatial frequency domain imaging, the team has designed a new device with an array of five different colors of LEDs that illuminates skin with distinct intensity patterns. These patterns can change depending on the structure of the tissue and the pigments in the skin. With appropriate models of light propagation, the resulting images reveal the biochemistry of the tissue.

"Through this imaging modality, it is now possible to assess how the therapeutic light will travel throughout the affected tissue, quantify the drug present within the lesion and monitor its efficacy during treatment," says Saager.

To evaluate this spatial frequency domain imaging system, the scientists imaged a small population of skin cancers prior to treatment to characterize the variability among subjects and within the lesions themselves. The process took 5-10 seconds and produced images with a resolution of 30 microns, revealing spatially resolved maps of the optical properties of the lesions, tissue oxygenation and quantitative distribution of the photosensitizing drug.

Saager and colleagues hope that this imaging technique will provide a better map for targeting and optimizing photodynamic therapy for basal cell carcinoma, the most common type of skin cancer. The next step for their ongoing experiment will be to enable the therapeutic aspects of the instrument and monitor the tissue dynamics during PDT treatment regimens.

he talk, "A LED Based Spatial Frequency Domain Imaging System for Optimization of Photodynamic Therapy of Basal Cell Carcinoma (BCC)" is at 2 p.m. Tuesday, Oct. 26.

About the Meeting

Frontiers in Optics 2010 is OSA’s 94th Annual Meeting and is being held together with Laser Science XXVI, the annual meeting of the American Physical Society (APS) Division of Laser Science (DLS). The two meetings unite the OSA and APS communities for five days of quality, cutting-edge presentations, fascinating invited speakers and a variety of special events spanning a broad range of topics in physics, biology and chemistry. FiO 2010 will also offer a number of Short Courses designed to increase participants’ knowledge of a specific subject while offering the experience of insightful teachers. An exhibit floor featuring leading optics companies will further enhance the meeting.

About OSA

Uniting more than 106,000 professionals from 134 countries, the Optical Society (OSA) brings together the global optics community through its programs and initiatives. Since 1916 OSA has worked to advance the common interests of the field, providing educational resources to the scientists, engineers and business leaders who work in the field by promoting the science of light and the advanced technologies made possible by optics and photonics. OSA publications, events, technical groups and programs foster optics knowledge and scientific collaboration among all those with an interest in optics and photonics. For more information, visit www.osa.org.

NICE recommends new drug to treat blood clots

NICE recommends new drug to treat blood clots

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Venous thromboembolism (VTE) is the term used to describe a condition in which a blood clot (a thrombus) forms in a vein and then dislodges to travel in the blood (an embolus). A venous thrombus most commonly occurs in the deep veins of the legs or pelvis; this is called deep vein thrombosis (DVT). Blood flow through the affected vein can be limited by the clot, and it can cause swelling and pain in the leg. If the thrombus dislodges and travels to the lungs, this can lead to a potentially fatal pulmonary embolism (PE) when the clot blocks the blood supply to the lungs. Other complications of DVT include post-thrombotic syndrome, a chronic disorder that may include symptoms such as pain, heaviness, swelling, cramps, itching or tingling, increased skin pigmentation and ulceration in the affected limb.
Risk factors for VTE include a history of DVT, recent surgery, immobility, active cancer or cancer treatment, age over 60 years, obesity, hormone replacement therapy or oestrogen containing contraceptive therapy and the presence of co-morbidities such as heart disease. It is estimated that there will be over 46,000 cases of acute DVT in England and Wales during 2012, rising to nearly 50,000 by 2016 due in large part to the aging population.
Treatments for VTE include initiation with injectable anticoagulants such as low-molecular-weight heparin or fondaparinux sodium. Treatment is then overlapped with a vitamin-K antagonist, such as warfarin, until effective anticoagulation with the oral agent is achieved.
Rivaroxaban is an orally administered drug that helps to prevent blood from clotting. It does this by stopping a substance called Factor Xa from working. Factor Xa is necessary in the formation of thrombin and fibrin, the key components in blood clot formation. Duration of treatment with rivaroxaban is based on an assessment of the benefit of anticoagulation compared with the risk of bleeding and usually ranges from 3 to 12 months. Some people with ongoing risk factors for recurrence of VTE need ongoing treatment, possibly for many years or lifelong.
Professor Carole Longson, NICE Health Technology Evaluation Centre Director, said: "For many people, using warfarin is difficult because of the need for regular monitoring with blood tests, dosing adjustments, and the need to be careful about their diet because of warfarin’s interaction with certain foods. Because rivaroxaban does not require frequent blood tests to monitor treatment it represents a potential benefit for many people who have had a DVT, particularly those who have risk factors for recurrence of VTE and who therefore need longer term treatment. We are pleased, therefore, to be able to recommend rivaroxaban as a cost-effective option for treating DVT and preventing recurrent VTE in adults."
The guidance is available (from 25 July) on the NICE website at http://guidance.nice.org.uk/TA261

Benefits of statin therapy may extend beyond lowering lipids

Benefits of statin therapy may extend beyond lowering lipids

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People with high cholesterol are at risk of heart attack and stroke because atherosclerotic plaques within their arteries can rupture triggering the formation of a blood clot called an occlusive thrombus that cuts off the blood supply to their heart or brain.
People with high cholesterol are at risk of heart attack and strokeFor years, scientists have studied the cause of this abnormal clotting. Now, a study led by researchers from the University of North Carolina at Chapel Hill School of Medicine, has identified a molecular pathway that leads to this abnormal blood clotting and turned it off using a popular class of cholesterol-lowering drugs, statins.
The research was performed using humans, monkeys and mice with highly elevated blood lipid levels. It indicated that elevated levels of oxidized low density lipoprotein (LDL) induces a molecule called "tissue factor" that triggers clotting. The study appears online in the January 3, 2012 issue of the Journal of Clinical Investigation.
"Statins have been shown to have antithrombotic activity in several previous studies. However, I believe our study is the first to elucidate how statins reduce the activation of the blood clotting process independently of their lipid lowering activity, said senior study author Nigel Mackman, PhD, FAHA. Mackman is the John C. Parker Distinguished Professor of Hematology in the Department of Medicine and Director of the UNC McAllister Heart Institute.
Additionally, Mackman noted that statins "only target the 'bad and inducible tissue factor', not the good one used in normal clotting, and therefore should not be associated with the increased bleeding risk that is a typical side effect of anticoagulant drugs currently on the market."
Mackman has spent the last twenty-five years studying tissue factor, the number one initiator of clotting in the body. Tissue factor normally resides outside the blood vessels, only coming into contact with blood after an injury, such as cutting your finger. However, it is expressed at high levels under certain abnormal conditions, such as inside atherosclerotic plaques, and gets turned on in a special subset of blood cells called monocytes. Mackman wondered if this was the cause for the abnormal clotting seen in patients with high cholesterol.
To test his hypothesis, Mackman and his colleagues analyzed humans, monkeys and mice with high cholesterol. They found that all three groups have elevated levels of tissue factor in the circulation. Then the researchers treated the mice and monkeys with simvastatin, a drug widely used to treat high blood cholesterol levels. They showed that simvastatin reduced levels of oxidized low density lipoprotein and circulating tissue factor which normalized coagulation without altering plasma cholesterol levels.
These results suggest that oxidized low density lipoproteins induce tissue factor expression on monocytes and this contributes to formation of an occlusive thrombus after plaque rupture.
"Though statin therapy is primarily prescribed to lower cholesterol, some added benefits are its anti-inflammatory and antithrombotic activities," said Mackman. "In terms of drug development, I think we should be trying to better understand the antithrombotic activities of statins so we can develop safer antithrombotic drugs that target the expression of inducible tissue factor."

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