The Protein Man's Blog | A Discussion of Protein Research

TOP 5 REASONS FOR A COLLEGE BIOTECH PROGRAM

Posted by Ellyn Daugherty on Dec 19, 2018 3:30:00 PM

5. Fastest Growing Industries: The Bureau of Labor Statistics (2017) is projecting a faster than average 11% growth in the biotechnology job market through 2026. The “in-demand” biotechnology jobs are Biomedical Engineers (7% growth), Biochemists (11% growth), Medical Scientist (13% growth), Biological/Clinical Technician (13% growth), Microbiologist (8% growth), Process Development Scientist, and Biomanufacturing Specialists.

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Topics: Teaching Biotechnology

Three most common ELISA Challenges

Posted by The Protein Man on Dec 18, 2018 2:30:00 PM

When it comes to detecting and quantifying the concentration of an antigen in an unknown sample, most researchers depend on ELISA (Enzyme-Linked Immunosorbent Assay). This is completely understandable since this plate-based assay technique has a completely robust nature, exhibits exceptional sensitivity and is quick and easy to perform. 

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Topics: Assay Development (ELISA)

The Most Basic Biotech Lab Equipment, Materials & Necessities

Posted by The Protein Man on Dec 13, 2018 3:30:00 PM

 

G-Biosciences and Ellyn Daugherty have compiled a simple list of equipment and materials required for a new biotechnology teaching lab. When setting up a new lab, it is often quite daunting, as it is hard to budget and plan if you are unsure of the basic requirements for the lab. This blog is designed to highlight the key requirements for a lab to accommodate 8 lab groups.

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Topics: Teaching Biotechnology

Physical Disruption or Chemical Cell Lysis? How to Decide

Posted by The Protein Man on Dec 13, 2018 2:30:00 PM

Cell lysis is an essential step in the extraction and purification of intracellular proteins, and the method that you use to disrupt your cell samples can determine the success and reproducibility of your downstream applications to a great extent. Keep in mind that one vital component of the starting biological material is inevitably lost in every step of the experiment, so it’s important to get everything you need right from the start. This underscores the need of choosing the cell disruption method that will allow you to extract the best possible yield and purity of your biological materials.

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Topics: Protein Extraction

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Ellyn Daugherty's Biotechnology: Science for the New Millennium