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I recently graduated from University of Maryland, College Park with a B.S. in Microbiology. I currently work as a Research Tech at Children’s National Medical Center. I have a passion for science communication and love sharing my love of science with anyone who will listen. When I am not in the lab, I can be found out dancing Tango!
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Here’s a few things to take into consideration when starting up a new lab. Starting anything new is understandably overwhelming, but let’s break it down and go through the main points of designing your own laboratory. Purpose of Your New Lab The purpose and function of your proposed lab sets the course for the tasks…
Could ligation independent cloning get any better? Well here is a technique that is sequence AND ligation independent.
If you work in the field of molecular biology, there is hardly a day that goes by that you don’t use nucleotides. But beyond the use of the four well-known deoxynucleotides in PCR, you can use nucleotides for several other applications. For example, kinases and phosphatases use nucleotides as substrates, and phosphotransferases transfer phosphate group…
An ELISA (Enzyme-Linked ImmunoSorbant Assay) is a popular assay that uses antibodies and color change to detect proteins, peptides, antibodies or biomolecules in complex mixtures. ELISAs are popular because they are reliable, specific, easy to use, and can easily be scaled up to process multiple samples simultaneously. How an ELISA is Done: In an ELISA,…
Here we take a closer look at plasmid copy number and examine how it can be manipulated in the lab giving you flexibility in your work.
Alu sequences are repetitive DNA sequences that are widely dispersed within the human genome. These “junk DNAs” are not as useless as one might think. An interesting method to use them is to quantify the number of integrated Human Immunodeficiency Virus (HIV) genome copies using Alu-PCR.
Machine learning methods for challenging cells such as hepatocytes