Cameron Berry – BUNDY BIOTECH LAB https://bundy.byu.edu Biotechnology Lab at Brigham Young University Wed, 09 Dec 2015 02:39:08 +0000 en-US hourly 1 https://wordpress.org/?v=6.4.1 https://bundy.byu.edu/wp-content/uploads/2015/06/Untitled-1-230x230.png Cameron Berry – BUNDY BIOTECH LAB https://bundy.byu.edu 32 32 Bundy Biotech Lab receives national new coverage for their Rapid Vaccine/Cancer Therapeutic Production capabilities from Lyophilized Cell-free Systems https://bundy.byu.edu/bundy-biotech-lab-receives-national-new-coverage-for-their-rapid-vaccinecancer-therapeutic-production-capabilities-from-lyophilized-cell-free-systems/ Wed, 09 Dec 2015 02:39:08 +0000 http://bundy.byu.edu/?p=878 The Bundy Biotech Lab’s work on lyophilized cell-free systems has been recently covered on local TV and in national magazines, news articles, and science news websites per below                                           i.    Good4Utah News                                          ii.    KUTV 2News                                         iii.    R&D Magazine

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]]> The Bundy Biotech Lab’s work on lyophilized cell-free systems has been recently covered on local TV and in national magazines, news articles, and science news websites per below

6bafcedb-bbeb-4c4f-ae46-4e8c1875241c-151130010                                          i.    Good4Utah News

                                         ii.    KUTV 2News

                                        iii.    R&D Magazine

                                       iv.    International Business Times

                                        v.    News Medical

                                       vi.    Phys.org

                                      vii.    Science Codex

                                     viii.    American Association for the Advancement in Science News

                                       ix.    KSL.com

                                        x.    Journal Sentinel

                                       xi.    Infection Control Today

                                      xii.    Vaccine News Daily

                                     xiii.    Chem.info

                                     xiv.    The Chemical Engineer Today 

This work is detailed in 3 recent publications in Biotechnology Journal, Biotechnology Progress, and Biotechniques and was also highlighted by BYU and the Engineering College.

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]]> 1st Place in National Undergraduate Research Competition Awarded to BYU ChE Student Christina Muhlestein https://bundy.byu.edu/1st-place-in-national-undergraduate-research-competition-awarded-to-byu-che-student-christina-muhlestein/ Wed, 09 Dec 2015 02:22:05 +0000 http://bundy.byu.edu/?p=868 Bundy Biotechnology Lab members Conner Earl, Lance Christien and Christina Muhlestein participated in this years national American Institute of Chemical Engineering Undergraduate Research competition with students from around the country. BYU ChE Student Christina Muhlestein was awarded  1st Place at

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Bundy Biotechnology Lab members Conner Earl, Lance Christien and Christina Muhlestein participated in this years national American Institute of Chemical Engineering Undergraduate Research competition with students from around the country.

BYU ChE Student Christina Muhlestein was awarded  1st Place at the National AIChE Undergraduate Research Poster Competition that includes hundreds of undergraduate competitors.  Christina represented Dr. Brad Bundy’s Biotechnology Lab and presented her original research entitled “Streamlined Production of Cell-free Protein Synthesis
Reactions Using Auto-induction Media.”

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]]> Undergrad Anthony Bennett publishes for forth time https://bundy.byu.edu/undergrad-anthony-bennett-publishes-for-forth-time/ Tue, 29 Sep 2015 17:10:35 +0000 http://bundy.byu.edu/?p=851 BYU featured Anthony Bennett’s success in contributing and publishing his research from the Bundy Biotech Lab. BYU’s The Universe newspaper featured Anthony Bennett’s success in publishing research.

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BYU featured Anthony Bennett’s success in contributing and publishing his research from the Bundy Biotech Lab.
BYU’s The Universe newspaper featured Anthony Bennett’s success in publishing research.

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]]> Cell-Free Protein Synthesis https://bundy.byu.edu/cell-free-protein-synthesis/ Tue, 28 Jul 2015 20:03:01 +0000 http://bundy.byu.edu/?p=803 [insert_php]header(‘Location: /research/’);[/insert_php]

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]]> Virus-like Particles & Cancer Theraputics https://bundy.byu.edu/research-2/ Wed, 22 Jul 2015 19:50:55 +0000 http://bundy.byu.edu/?p=779 [insert_php]header(‘Location: /research/’);[/insert_php]

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]]> Biocatalysis Immobilization https://bundy.byu.edu/research-3/ Wed, 22 Jul 2015 19:47:52 +0000 http://bundy.byu.edu/?p=777 [insert_php]header(‘Location: /research/’);[/insert_php]

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]]> Cell-free Synthetic Biology https://bundy.byu.edu/research/ Wed, 22 Jul 2015 19:43:59 +0000 http://bundy.byu.edu/?p=772 [insert_php]header(‘Location: /research/’);[/insert_php]

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]]> Cell-free Synthetic Biology https://bundy.byu.edu/cell-free-protien-synthesis/ Tue, 30 Jun 2015 22:08:38 +0000 http://bundy.byu.edu/?p=674 What is Cell-free Synthetic Biology? Proteins—polymers of amino acids—are a major class of biomolecules whose myriad functions facilitate many crucial biological processes. Accordingly, human control over these biological processes depends upon the ability to study, produce, and modify proteins. One

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What is Cell-free Synthetic Biology?

Proteins—polymers of amino acids—are a major class of biomolecules whose myriad functions facilitate many crucial biological processes. Accordingly, human control over these biological processes depends upon the ability to study, produce, and modify proteins. One innovative tool for accomplishing these aims is cell-free protein synthesis (CFPS). This method, rather than using living cells to make protein, simply extracts the cells’ natural protein-making machinery and then uses it to produce protein in vitro.

Engineering Within a Cell-free System

Because living cells are no longer involved, scientists can freely adapt and engineer the protein production environment in ways not otherwise possible. This increased accessibility enables cutting-edge research on current topics such as unnatural amino acid insertion, virus-like particle production, enzyme immobilization, and high-throughput assays.

These exciting areas of study have the potential to contribute to biotherapeutics, recombinant enzyme development, cancer research, and more (see image to right).

CFPS VLP

For a narrated explanation of CFPS, click here.

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]]> Dr. Bradley C. Bundy https://bundy.byu.edu/dr-bradley-c-bundy/ Mon, 15 Jun 2015 23:08:09 +0000 http://bundy.byu.edu/?p=704 Principal Investigator Bradley C. Bundy bundy@byu.edu  Associate Professor Department of Chemical Engineering Brigham Young University CV Ph.D., Stanford Univeristy, 2009 M.S., Stanford Univeristy, 2006 B.S., BYU, Summa Cum Laude, 2004 DARPA Young Faculty Award, 2013 National Science Foundation CAREER Award,

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Bradley C. Bundy
bundy@byu.edu 

Associate Professor
Department of Chemical Engineering
Brigham Young University
CV

Ph.D., Stanford Univeristy, 2009
M.S., Stanford Univeristy, 2006
B.S., BYU, Summa Cum Laude, 2004

DARPA Young Faculty Award, 2013
National Science Foundation CAREER Award, 2013
NPB Foreign Animal Disease Research Award, 2013
Outstanding Teaching Award, 2010, 2012, & 2013
National Science Foundation EAGER Award, 2011
NASA Young Faculty Minigrant Award, 2011
BYU Cancer Research Center Member

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]]> Filler Post 2 https://bundy.byu.edu/filler-post-2/ Fri, 05 Jun 2015 23:33:06 +0000 http://bundy.byu.edu/?p=504 The post Filler Post 2 appeared first on BUNDY BIOTECH LAB.

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