The Frederick National Laboratory for Cancer Research and the Frederick Innovative Technology Center Inc. signed a memorandum of understanding with partners Monday to start an accelerator program for biotechnical companies.
The most common analogy used to compare the science of DNA to other industries is that of computer software. DNA can be viewed as a series of commands (genes) that are coded in four nucleotides (represented by A, G, C, and T). Those letters are interpreted by the cellular machinery to produce cell products like enzymes, proteins, and various building blocks of the cell itself. This code somewhat parallels the “machine language” of computers. Computer’s lists of commands (coded in zeros and ones) are interpreted to work with numbers or any type of information that is converted to numbers (like audio, video, or sensor data). Resulting numbers generate numerical output for machinery such as screen displays, motors, tools, robots, digital controls, etc.
2018 was a year in which we saw explosive growth at Mimetas. After such a hectic and promising year, it is important to take a moment to sit down and recap some of the highlights. Today, we sit down with our CEOs, Jos and Paul. In this conversation, you will read their thoughts about the Mimetas culture, corporate dynamics, amazing new products, and the strengths they perceive in each other.
When it comes to drug discovery and development, nowadays a lot of the work is done by small- or medium-sized healthcare companies. The biopharma industry heavily relies on their results, so SMEs carry an immense load on their shoulders. But without outside help, their mission is nearly impossible.
A decade ago, a wave of companies promised to transform people’s health by allowing them to track data about their eating, sleep, exercise, and other habits. One hot startup of that moment, Zeo, raised more than $30 million from investors to develop a headband that tracked users’ sleep patterns and an accompanying app to serve as their personal “sleep coach.” Despite devoted users and buzz about its product in publications like Wired and Popular Science, Zeo quietly went out of business a few years later.
Swedish bioprinting company CELLINK has entered into a partnership with organ and tissue engineering company Prellis Biologics, Inc. with the goal of commercializing high-resolution holographic bioprinting technology for micro-scale printing. By combining their IP and respective expertise, the companies will introduce what they call the “first system enabling ultra-high resolution bioprinting of microstructures” for producing vascular networks.
QIAGEN N.V. (NYSE: QGEN; Frankfurt Prime Standard: QIA) today announced that a clinical development program is underway with Novartis to bring to market a molecular test as a companion diagnostic to guide the use of the investigational compound BYL719 (alpelisib) in combination with fulvestrant for men and postmenopausal women living with PIK3CA mutated hormone receptor positive, human epidermal growth factor receptor-2 negative (HR+/HER2-) advanced or metastatic breast cancer.
Perhaps the greatest promise of Artificial Intelligence (AI) is its potential to enhance our ability to predict, diagnose, and treat disease.
That is why our researchers are continuing to look for new ways to leverage AI to aid our discovery and delivery of effective therapies.
In groundbreaking news for the medical and cancer research community, the Food and Drug Administration (FDA) approved a new, breakthrough cancer drug, larotrectinib, or Vitrakvi®, that targets specific genetic mutations in adult and pediatric patients. This is only the second tissue-agnostic drug that the FDA has approved.
GlaxoSmithKline announced this morning that it will buy Tesaro, the maker of the ovarian cancer drug Zejula, for $5.1 billion in cash in a dramatic bet that the London-based drug giant can see opportunities connected to the genetics of cancer drugs better than the stock market.