Posts Tagged: "cancer"

IBM recent R&D focuses on software solutions for healthcare, energy grid renewables

IBM is involved with the development of medical technologies for fields other than oncology, as is evidenced by the issue of U.S. Patent No. 9064306, which is titled Bidirectional Blood Vessel Segmentation. The method for segmenting blood vessels protected here involves receiving an angiogram frame, processing the angiogram frame by applying a Butterworth bandpass filter to suppress high and low frequency background noise, performing both bottom-up filtering and top-down segmentation of the angiogram frame and repeating that process until the results of the top-down segmentation from consecutive iterations equals or exceeds a threshold value. This process is useful for the analysis of angiogram images captured through cardiac catheterization as it can reduce the amount of feedback noise in those images.

Merck, Pfizer and Eli Lilly patenting to stay ahead of patent cliff

The early months of 2015 have been interesting ones for the pharmaceutical industry, an incredibly valuable industry sector that comes under our focus from time to time here at IPWatchdog. The first quarter of this calendar year has seen a number of mergers and acquisitions which are showing us that the patent market for pharmaceuticals is quite active right now.…

Genetic and Stem Cell Therapies to Treat Cancers

There are certainly some signs for hope. One of them came recently from Princeton University, where graduate students worked on a project which identified a treatment for blocking an enzyme which is important for metastasis, or the spread of cancer through a patient’s body. Many methods of treating cancers can be incredibly damaging to a patient’s body. Today there are many cancer treatments that are developed with an eye towards minimizing the difficult side effects caused by a regimen of chemotherapy or radiation.

Samsung innovates in gene therapies and 3D content display

There have been signs that Samsung is trying to wind down its operations in its medical device businesses, but we found plenty of patent applications filed with the USPTO indicating that healthcare innovation is still very important to this corporation. A technique for the genetic analysis of human subjects to test for diagnosing certain leukemias is featured by U.S. Patent Application No. 20150038360, titled Method for Multiplex-Detecting Chronic Myelogenous Leukemia Gene Using Cleavable Probe. The kit for detecting an e19a2 breakpoint of a BCR-ABL fusion gene claimed here contains five primer sets, each having a primer comprised of a specific nucleic acid. This kit provides for the early detection of chronic myelogenous leukemia, or CML, including rarer varieties of the disease.

Despite diminishing resources HBCUs contribute to medical innovations

Research and development of cancer treatments seemed to be a particularly strong focus area for Morehouse School of Medicine. A pharmaceutical composition designed to modulate receptors within a cancer patient which play an important role in the progression of cancers is disclosed and protected by U.S. Patent No. 8796422, which is titled Chemokine-Immunoglobulin Fusion Polypeptides, Compositions, Method of Making and Use Thereof.

Stanford University invents treatments for cancer, Parkinson’s and PTSD

The innovations spurred by Stanford R&D often go on to create economic success once those developments leave the school’s research facilities. By the university’s own measure, companies started by entrepreneurs from the school have created 5.4 million jobs since the 1930s and they currently generate $2.7 trillion in global revenue each year. Many of Stanford 2014 Text Clusterus use products from these companies daily and a number of these businesses, including Yahoo!, Google, Hewlett-Packard and Cisco, are regularly featured as part of our Companies We Follow series here on IPWatchdog.

The University of California patents treatments for cancer and Alzheimer’s disease

The University of California maintains a portfolio of 11,556 active patent grants. Patented technologies which are currently available for licensing through UC include laser scanners for eye tracking, cardiovascular disorder treatments and environmentally friendly water treatment techniques. In 2013, the Regents of the University of California were issued 399 patents by the U.S. Patent and Trademark Office, tied for 89th-most. A great percentage of UC’s 2014 inventions were related to providing methods involving nucleic acids, host cells and pharmaceutical compositions.

Merck seeks patents on cancer treatments, medications for Alzheimer’s

Merck & Co. (NYSE: MRK), which is headquartered in Whitehouse Station, NJ, and also does business under the name Merck Sharp & Dohme MSD, is one of the world’s largest and most renowned pharmaceutical development companies. The company just made a major acquisition in the middle of December, investing $8.4 billion in the purchase of Cubist Pharmaceuticals, a deal which…

Pfizer Focuses Recent Patent Activity on Antibacterial Agents

Patent applications recently published by the U.S. Patent and Trademark Office show that Pfizer’s recent development goals have focused on a broad spectrum of diseases and disorders… Treatments for a number of bacterial infections which can develop in hospital settings was another field of innovation reflected both in Pfizer’s patent applications as well as the patents recently assigned to the company. A couple of recently issued patents protect treatments against gram-negative bacteria by inhibiting a catalyst enzyme necessary for bacterial reproduction.

A Passionate Fight Against Breast Cancer

She thought about a new approach to get these patents off the shelf: launching an international competition for teams to develop business plans for a start-up company around some of the most promising inventions… Eleven new companies have already been formed, five have completed their licensing negotiations with NIH, most of the new companies have secured venture funding, several have letters of intent from large drug companies and one team landed an additional $700K after winning a separate business plan competition.

Innovation at Historically Black Colleges and Universities

The first patent received by an HBCU was on April 11, 1978, assigned to Shaw University of Raleigh, NC. Between 1969 and 2012, HBCUs received 100 utility patents from the U.S. Patent and Trademark Office in various fields, including energy, advanced manufacturing technology, nanotechnology and breast cancer treatment. Although this is a very small portion of patents issued by the USPTO during that period, the rate at which HBCUs have received patents has increased exponentially in recent years. In 2010, HBCUs received 10 patents; in 2011, 17 patents; and in 2012, 24 patents.

Biotech and Pharma Update: January 2014

Kava Plant May Prevent Cigarette Smoke-induced Lung Cancer *** Conditional Approval for Treatment of T-cell Lymphoma in Dogs *** All-Oral, Interferon-Free Therapy for the Treatment of Hepatitis C Genotype 1 *** Favorable Markman Ruling for Dopomed in GRALISE® Patent Litigation *** More FDA Woes for Ranbaxy *** Inovio Develops DNA-based Immune Booster to Enhance T-cell Responses *** Fish & Richardson Wins Hatch-Waxman Litigation for Allergan *** FDA approves Mekinist with Tafinlar for Advanced Melanoma

Pharma & Biotech Update: News for October 2013

Mouse Model of Parkinson’s Disease Shows Improved Brain Function — DARPA Awards $25 Million To Develop Messenger RNA Therapeutics™ — Actavis Files ANDA for Generic Suboxone® Sublingual Film — AzaSite® Patents Upheld in Patent Infringement Lawsuit Against Sandoz — Surgeons Successfully Remove “Inoperable” Metastatic Breast Cancer — Actavis Files ANDA on Acanya® Gel, Gets Sued by Dow, Valeant — NYSE Inquires About Unusual Market Activity for Ampio Pharmaceuticals — Cannabis Biotech Hires Patent Attorney to Protect Medical Marijuana Innovation — Merck’s Hepatitis C Drug Gets Breakthrough Therapy Designation — Therapeutic Vaccine for Hepatitis C Enters Phase I — Urine Test for Cancer Monitoring — Popular Prenatal Vitamin Patent Upheld in District Court — Clinical Trials on Brain Technology to Assist ALS Patients — Teva Gets Favorable Ruling on COPAXONE in the Netherlands — BVGH Recruits Dr. Linda Venczel as New Program Director — Actavis’s settles with FTC over $8.5 Billion acquisition of Warner Chilcott

Global IP Reaction to India’s Rejection of the Novartis Drug Patent

India’s booming $26 billion generic drug industry and public health sector rejoiced over the Indian Supreme Court’s recent decision to reject a patent filed by the Swiss pharmaceutical giant, Novartis for their landmark leukemia drug, Gleevec. Novartis received a patent for an earlier variation of Gleevec in 40 countries including Russia, China, and Taiwan. However, India’s troubled IP regime applies an ambiguous standard to patentability, the so-called “enhanced efficacy” for new forms of known substances. India only applies their “efficacy” requirement to the chemical and pharmaceutical drug industry as a protectionist measure. India codified the efficacy requirement in section 3(d) of their patent code and this may contravene with the Agreement on Trade-Related Aspects of Intellectual Property Rights (TRIPs) as set forth by the World Trade Organization (WTO).

Johnson & Johnson Patents Topical Anti-Cancer Compositions

Johnson & Johnson is a very respected brand in the consumer medical devices and pharmaceutical goods industries. Well known for its highly recognizable personal care products, including Band-Aids, Neutrogena and Tylenol, Johnson & Johnson is also a major player in other healthcare fields. Many patent applications published by the USPTO pertain to Johnson & Johnson’s extensive lineup of medical cosmetic products. One application would protect a dermabrasion kit with a detachable head for sensitive skin, and another was filed to protect a system of manufacturing bacteria-resistant contact lenses. Two other recent patent applications that we feature here are for punctal plugs and eye misting devices that can deliver medication directly to the body through the incredibly permeable membranes within the eye.