Business

From bad to worse for Puma Biotechnology

From bad to worse for Puma Biotechnology

If you want a good example of how volatile biotechnology stocks can be, look no further than Puma Biotechnology Inc. This cancer-focused biotechnology company was founded 8 years ago and went public in 2012 with shares trading around $10 per share. In 2014 that share price rocketed to +$260 following positive clinical trials for the breast cancer drug Nerlynx, which contributed towards the company’s valuation at $10 billion. Following this, mixed research results and delays in approval processes have caused the company share price to swing wildly with the stock price plummeting almost 80% this year. Shares plunged a further 48% on Friday 2nd November after the company reported disappointing sales of $52.6 million for Nerlynx, below expectations of $58.1 million. Furthermore, Puma Biotech indicated that the percentage of patients who discontinued the use of Nerlynx as a result of adverse events had increased to about 18%, which only added to the sell-off. The good news for shareholders is that this massive sell-off is probably overdone. Nerylnx’s sales are likely to increase as the drug becomes more globally used, which may indicate that this stock is currently at a bargain price.

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Investment banks relish in hawkish environment

Investment banks relish in hawkish environment

It is a well-known fact that when interest rates are hiked, investment banks increase their profitability due to their massive cash holdings. Increasing the interest rates directly increases the yield on the cash it holds, and the proceeds go directly into the income statement. Furthermore, interest rate hikes tend to

By Tom Alston

Science

TWIS: Imperial spin-out Bumblebee Power awarded project to advance wireless power transmission by UK Space Agency

Bumblebee Power, a spin-out from research in the Department of Electrical and Electronic Engineering developing Inductive Wireless Power Transfer (IWPT), has been awarded a project in collaboration with space mission partner MDA Space to advance power transmission for applications in outer space.   The project originated from the work of Professor

By Dhruv Mathur