Posts Tagged: "head and neck cancer"

The Unpredictable Prospects of Patenting Cancer Innovation

Art Unit 1618 and 1621 are both identified as relating to “organic compounds – part of the class 532-570 series.” However, the patenting probability for cancer related applications is markedly different between these two art units. 70.5% of the cancer patent applications assigned to Art Unit 1621 were patented, while only 42.3% assigned to Art Unit 1618 were patented. Indeed, nearly one-quarter of all cancer applications are assigned to art units with low allowance rates, while 16% were assigned to art units with much higher allowance rates… The cancer-application allowance rates range from 20.5% to 100.0% in various art units (with the general allowance rate of these art units ranging from 25.7% to 97.8%). Thus, the probability of securing patent protection on a cancer-related innovation exhibits marked variability and appears to be highly dependent on art-unit assignment.

Blue Ribbon Panel of Advisors Announced for Biden Cancer Moonshot Initiative

Earlier this week the National Cancer Institute (NCI), which is part of the National Institutes of Health, announced a Blue Ribbon Panel of scientific experts, cancer leaders, and patient advocates that will work to inform the scientific direction and goals for Vice President Joe Biden’s National Cancer Moonshot Initiative. “Thanks to advances in science, we are now in a historically unique position to make profound improvements in the way we treat, detect, and prevent cancer,” said NIH Director Francis S. Collins, M.D., Ph.D. He is correct, and here is why.

Bolder initiatives needed to take next steps in fight against cancer

February 4 is World Cancer Day… There has been steady progress made in the history of treating cancers of many types since the administration of former U.S President Richard Nixon, according to Dr. Boris Pasche, the Director of the Wake Forest Baptist Medical Center’s Comprehensive Cancer Center. “In my opinion, government should embark on bold new initiatives in cancer treatment,” Pasche said. He did note that, while what President Obama says as a statesman doesn’t change the humbling reality that many cancers have so far stumped medical scientists. Nevertheless, increased investments into cancer research have dramatically impacted survival rates. Over the past decade, most cancers show a better outcome than they did ten years ago. “Bolder initiatives with disruptive approaches to cancer are in order if we want to make leaps forward more quickly,” Pasche said.

Federal funding for a cancer moonshot is not a terrible idea

To hear Ars Technica say it is ”a terrible idea” to devote increased funding in order to eradicate cancer is astonishing on many levels. As part of the reason why he believes increased funding for cancer research is a terrible idea he explains that great strides have been made with respect to treatments and cures, which is true. Of course, it is also true that people are dying and they are dying horrible deaths. With the victories and advances that have been made over the last generation it is no longer fanciful to dream of a day when cancer can become eradicated. So why is it a terrible idea to devote more resources on a so-called cancer moonshot to attempt to once and for all put an end to this scourge? For anyone to call President Obama’s cancer moonshot a terrible idea is nothing short of cruel, and is frankly incredibly stupid.

Patent Granted on Long-Acting Drug for Multiple Sclerosis

The conjugates covered by this patent could enable less frequent and better tolerated dosing of one of the most widely used treatments worldwide for relapsing-remitting multiple sclerosis, interferon-beta-1b. The invention described in the European Patent relates to methods for the preparation of conjugates of poly(ethylene glycol), and derivatives thereof, with interferon-beta-1b. Compared to the corresponding unconjugated bioactive components, the conjugates of the invention have increased stability (i.e., longer shelf life and longer half-lives in vivo). In addition, compared to conjugates of the same bioactive component prepared with polymer chains that are attached randomly to solvent-accessible sites along the polypeptide chains, the conjugates of the invention have increased receptor-binding activity and increased potency.