THE BIOTECH BOOM
THE BIOTECH BOOM
Lorem ipsum odor amet, consectetuer adipiscing elit. Rutrum malesuada pellentesque habitasse aenean ac habitasse. Id sociosqu laoreet tristique sollicitudin enim gravida sodales curabitur. Erat aliquam quam ullamcorper; porta vulputate posuere? Gravida sodales porta condimentum ligula congue nibh leo aliquet. Conubia varius nullam habitant vulputate fringilla eget dui nam ipsum. Dis bibendum finibus euismod sollicitudin aenean. Odio erat lectus parturient, maecenas gravida imperdiet phasellus litora.
KENDALL SQUARE
Kendall Square, once an industrial area near MIT in Cambridge, Massachusetts, transformed into the epicenter of the biotechnology industry through a unique convergence of academic, entrepreneurial, and government support. Beginning in the 1970s, its proximity to world-class research institutions like MIT and Harvard attracted biotech pioneers, with companies like Biogen establishing early footholds. Over the decades, a dense network of startups, venture capitalists, and global pharmaceutical giants clustered in the area, driving groundbreaking innovations in life sciences and earning Kendall Square the title "the most innovative square mile on earth." Today, it remains a hub for scientific discovery, fostering a collaborative ecosystem that fuels the biotech revolution.
mRNA
RNAi
RNAi stands for RNA interference. It’s a natural process that cells use to control which genes are active and how much protein they make.
How Does It Work?
-
Spotting the Target: RNAi finds specific messenger RNA (mRNA) molecules that carry instructions for making proteins.
-
Interfering with the Message: RNAi molecules bind to these mRNA molecules and cut them up, stopping the message from being read.
-
Controlling Protein Production: By breaking down the mRNA, RNAi ensures that certain proteins are made in the right amounts or not at all.
Why is it Important? RNAi is like a security system for the cell, helping to regulate genes and protect against viruses. It keeps our cells functioning properly and can be used in medicine to treat diseases.