Excedr Monthly | March, 2024

Excedr Monthly | March, 2024

Hey reader!

Excedr Monthly is back with a bang. While our last edition may have marked a new accomplishment for us thanks to its February 29th publishing date, we're no strangers to celebrating March 29th. Woo! Don't let the date overshadow this latest edition though - it's filled with exciting goodies you won't want to miss.


The Biotech Startups Podcast—

Podcast episodes and news ?????

We wrap up our conversation with Martin Brenner, CEO and CSO of iBio, in an exciting Part 3: Transitioning from Big Pharma to Biotech Startups | Lessons in Flexibility, Resilience, & Adaptability | Challenging Long-Held Beliefs in Drug Discovery | The Evolution & Future of iBio.

Take a listen here.

Jon's engaging discussion with Mike Stadnisky, the Managing Director of Thielsen Capital, was also released. Check out all three parts of the conversation below:

Part 1: Familial Exposure to Business & Science at a Young Age | The Importance of “Care Before You Share” | Actively Managing Your Time | A PhD is a 10,000 Hour Degree

Part 2: Transitioning from Academia to Business | Breaking Into Business Development | Finding Decision Makers & Champions | Navigating Partnerships & Strategy

Part 3: Don’t Fake it ‘Til you Make It | Cleaning Your Corporate “Underwear” | Thielsen’s Investment Philosophy | The Critical Importance of Alignment

Up next on the podcast is Terry Lo, President and CEO of Vizgen! These episodes will be dropping all next month, so stay tuned.


Science, Technology & Business Posts—

Latest articles ?? ?????

Understanding Raman Spectroscopy: Methods, Components & Calibrating Equipment

From technology to healthcare, materials science research stands as a beacon of innovation in the contemporary scientific landscape, impacting several sectors. An intrinsically interdisciplinary and dynamic field, materials science explores the properties and potential of materials, driving advancements that redefine our understanding of the world around us.

How Do Thermal Analysis Systems Work? Comparing Instruments & Working Principles

Thermal analysis is an essential aspect of materials science that encompasses a range of analytical methods and is pivotal in understanding processes like crystallization, glass transition, and thermal stability. Put simply, it offers insights into the physical properties of materials as they respond to temperature changes.

One of the most common ways to perform thermal analysis is to use a thermal analyzer. These sophisticated instruments measure properties such as heat capacity, heat flow, and temperature changes within a sample.

Single-Cell Epigenomics: Changes to Genomes without DNA Alterations

Humans have similar DNA sequences. Any two humans can?share 99% of the same genome sequence. Nonetheless, the 1% difference contributes a large portion of what makes a human unique. Moreover, researchers have discovered differences independent of a person’s genome sequence that affect their traits. These differences are known as epigenetics. Here, diverse human cell types modify their DNA using molecular groups.?

These changes are not spurious. Aberrant gene modifications have been linked with?cardiovascular disease?and?cancer. Tools that profile these modifications can therefore spur new approaches to treat disease beyond a person’s genome.

What Is Infrared Spectroscopy & How Does It Work?

Infrared (IR) spectroscopy is a fundamental tool of modern chemical analysis. A technique centered around the absorption of infrared light by molecules, it offers a window into the molecular world that reveals a wide range of details about chemical structures and compositions.

IR spectroscopy’s ability to identify and analyze many different materials—from organic compounds to inorganic substances—makes it indispensable across various scientific fields that rely on chemical analysis.

Single-Cell Analysis: Considerations & Applications

Variety is the spice of life. And living cells agree. Billions of cells comprise the thousands of species and people that live on our planet. Each cell within a cell population can look and act differently, even within the same tissue.?

The many cell types that comprise our body’s tissues?affect how cells respond to treatment and other environmental stimuli. So, how do we characterize these responses?


Till next time.

-Tom & the team at Excedr ??????

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