Laughlin Recommendations (November 2015)
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This document provides a list of skills and experiences in biomedical research and engineering. It then lists 5 professional references and recommendations that include the document author's graduate advisor at the University of Nebraska-Lincoln, two collaborators and graduate committee advisors from UNL and the University of Nebraska Medical Center, a current lab manager and colleague at UNL, and a former supervisor. Contact information is provided for each reference. The document also lists the document author's current address, phone number, LinkedIn profile, and permanent address.
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Bioinformatics, its application main
Introduction
Definition
History
Principle
Components of bioinformatics
Bioinformatics databases
Tools of bioinformatics
Applications of bioinformatics
Molecular medicine
Microbial genomics
Plant genomics
Animal genomics
Human genomics
Drug and vaccine designing
Proteomics
For studying biomolecular structures
In- silico testing
Conclusion
References
HBellEngineeringResumeLinkedIn
Hildegarde Bell is seeking a position as a Biomedical Engineer to apply her skills and knowledge in developing medical technologies. She has a M.S. in Biomedical Engineering from San Jose State University and a M.S. in Biology from Florida International University. As a graduate research assistant at SJSU, she established a cell culture facility and conducted experiments. For her thesis project, she synthesized and characterized graphene quantum dots for biophotonic applications and presented the research. She is proficient in various engineering and laboratory techniques and software applications.
DNA Technology
The document discusses applications of DNA technology including the Human Genome Project. The Human Genome Project was a 13-year international project completed in 2003 that mapped and sequenced the entire human genome. Its goals were to identify all human genes, determine the sequence of DNA's 3 billion base pairs, store this information in databases, improve analysis tools, and address ethical issues arising from the research. The project used genetic mapping, physical mapping, and DNA sequencing approaches.
Resume_Giovan_Feb2015
Stefan Giovan recently obtained a Ph.D. in Molecular Biology from the University of Texas at Dallas. He has expertise in computational modeling and simulation using programming languages like MATLAB and Fortran. He is seeking a position that utilizes his strong analytical and problem solving skills to solve complex technical challenges through advanced analytics and informatics.
Bioinformatrics and it's application
Bioinformatics involves integrating computers, software, and databases to address biological questions. It aids in comparing genetic and genomic data to further understand molecular biology, including simulating and modeling DNA, RNA, proteins, and biomolecular interactions. The field has grown with major milestones like the sequencing of insulin in 1955, the discovery of the DNA double helix in 1953, and the completion of the Human Genome Project in 2003. Bioinformatics has applications in understanding normal and abnormal biological processes, predicting gene expression, drug discovery, agriculture, and more.
Contamination Detection and Taxonomic confirmation with magicBLAST
Check out what Rockstar Intern Sean La https://www.linkedin.com/in/sean-la-718b60103/?ppe=1
made after being at NCBI only 10 days (with a little help from our friends)!
ADVANCED CYTOMETRY SOLUTIONS-13
Dr. Edwin Walker received his PhD in cellular immunology in 1982 and completed postdoctoral research in flow cytometry. He held faculty positions focusing on flow cytometry and was director of several core flow cytometry laboratories. In 2013, he started Advanced Cytometry Solutions LLC to promote the use of advanced polychromatic flow cytometry in the biopharmaceutical industry for applications such as cancer immunotherapy research.
Puja Sarkar CV
Puja Sarkar is seeking a career in life sciences. She has experience as a research assistant supervising students in developmental biology, cancer biology, and stem cell biology. She has also worked as an assistant professor teaching courses in biomolecules, cell biology, molecular genetics, and virology. Her research interests include cancer biology, stem cell and developmental biology, and recombinant DNA technology. She has technical skills in various lab techniques and bioinformatics tools. Puja has a master's degree in biotechnology with a specialization in stem cell biology and has published papers in peer-reviewed journals.
Recommended
Bioinformatics, its application main
Introduction
Definition
History
Principle
Components of bioinformatics
Bioinformatics databases
Tools of bioinformatics
Applications of bioinformatics
Molecular medicine
Microbial genomics
Plant genomics
Animal genomics
Human genomics
Drug and vaccine designing
Proteomics
For studying biomolecular structures
In- silico testing
Conclusion
References
HBellEngineeringResumeLinkedIn
Hildegarde Bell is seeking a position as a Biomedical Engineer to apply her skills and knowledge in developing medical technologies. She has a M.S. in Biomedical Engineering from San Jose State University and a M.S. in Biology from Florida International University. As a graduate research assistant at SJSU, she established a cell culture facility and conducted experiments. For her thesis project, she synthesized and characterized graphene quantum dots for biophotonic applications and presented the research. She is proficient in various engineering and laboratory techniques and software applications.
DNA Technology
The document discusses applications of DNA technology including the Human Genome Project. The Human Genome Project was a 13-year international project completed in 2003 that mapped and sequenced the entire human genome. Its goals were to identify all human genes, determine the sequence of DNA's 3 billion base pairs, store this information in databases, improve analysis tools, and address ethical issues arising from the research. The project used genetic mapping, physical mapping, and DNA sequencing approaches.
Resume_Giovan_Feb2015
Stefan Giovan recently obtained a Ph.D. in Molecular Biology from the University of Texas at Dallas. He has expertise in computational modeling and simulation using programming languages like MATLAB and Fortran. He is seeking a position that utilizes his strong analytical and problem solving skills to solve complex technical challenges through advanced analytics and informatics.
Bioinformatrics and it's application
Bioinformatics involves integrating computers, software, and databases to address biological questions. It aids in comparing genetic and genomic data to further understand molecular biology, including simulating and modeling DNA, RNA, proteins, and biomolecular interactions. The field has grown with major milestones like the sequencing of insulin in 1955, the discovery of the DNA double helix in 1953, and the completion of the Human Genome Project in 2003. Bioinformatics has applications in understanding normal and abnormal biological processes, predicting gene expression, drug discovery, agriculture, and more.
Contamination Detection and Taxonomic confirmation with magicBLAST
Check out what Rockstar Intern Sean La https://www.linkedin.com/in/sean-la-718b60103/?ppe=1
made after being at NCBI only 10 days (with a little help from our friends)!
ADVANCED CYTOMETRY SOLUTIONS-13
Dr. Edwin Walker received his PhD in cellular immunology in 1982 and completed postdoctoral research in flow cytometry. He held faculty positions focusing on flow cytometry and was director of several core flow cytometry laboratories. In 2013, he started Advanced Cytometry Solutions LLC to promote the use of advanced polychromatic flow cytometry in the biopharmaceutical industry for applications such as cancer immunotherapy research.
Puja Sarkar CV
Puja Sarkar is seeking a career in life sciences. She has experience as a research assistant supervising students in developmental biology, cancer biology, and stem cell biology. She has also worked as an assistant professor teaching courses in biomolecules, cell biology, molecular genetics, and virology. Her research interests include cancer biology, stem cell and developmental biology, and recombinant DNA technology. She has technical skills in various lab techniques and bioinformatics tools. Puja has a master's degree in biotechnology with a specialization in stem cell biology and has published papers in peer-reviewed journals.
Guttenberg Resume
Brian Guttenberg graduated from Michigan State University in July 2015 with a BS in Plant Microbiology. As an independent researcher from August 2014 to May 2015, he identified potential biological control agents for the fungal pathogen causing American Chestnut blight by isolating and identifying secondary fungi from bark samples. From January 2015 to July 2015, he continued this chestnut research project as a laboratory assistant at Michigan State University, including additional lab upkeep and sample preparation for long term storage. Prior to this, from October 2014 to January 2015, he worked as a technician at United Nuclear, assisting with their daily internet-based science supply business operations.
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Early-warning systems for plant diseases are valuable when the systemsprovide timely forecasts that farmers can use to inform their pest manage-ment decisions.Pests and diseases remain a major threat in realizing the potential yield of many improved cultivars in ICRISAT mandate crops. Plant protection need new and innovative early detection, identification and assessment systems.
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This study investigated the effects of WiFi radiation and vitamin C on the growth of Dugesia tigrina planarians and Rana pipiens frogs. The researchers hypothesized that organisms exposed to high doses of WiFi radiation but treated with vitamin C would grow faster than those exposed without treatment. However, the results showed insignificant differences between experimental and control groups, indicating that WiFi radiation does not pose a threat to these organisms. While some studies suggest links between radiofrequency exposure and health issues, the researchers concluded these effects are specific to the organisms studied.
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Bioinformatics on the internet provides many resources and benefits. It allows for easy access and sharing of vast biological databases and genomic data. The internet facilitates collaboration between researchers globally and provides tools for storing, organizing, and analyzing biological information. Key resources available online include biological databases, software for data analysis, educational courses, journals, and tools for sequence analysis, structure prediction, and more. This expands the scope of bioinformatics and allows research to advance more rapidly through improved access to information and resources.
Artificial intelligence in plant disease detection
This document provides an introduction and overview of artificial intelligence applications in plant disease detection. It discusses how machine learning and deep learning are being used to identify plant diseases through image recognition. Examples of algorithms commonly used include convolutional neural networks, recurrent neural networks, and support vector machines. The scope of AI in agriculture is also summarized, including how IoT sensor data, drone images, and automation can be used for tasks like crop monitoring, irrigation, and recommending optimal agricultural practices. Machine learning is also being applied to disease predictions and molecular-level interactions between plants and pathogens.
Radiation application
Radiation has many applications in science and medicine. It is used to induce mutations in plants to develop new varieties that are hardier and more resistant to pests. Food is irradiated to kill microbes and extend shelf life. The sterile insect technique releases sterile insects to control pest populations. In medicine, short-lived radioactive isotopes are used as tracers in diagnostic scans and tests. Radiation therapy also uses isotopes to treat cancer. Radioactive dating employs isotopes' decay rates to determine the ages of materials, helping date archaeological and geological samples.
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1) Microfluidic technology can be used to automate and improve the efficiency of procedures in assisted reproduction such as in vitro fertilization (IVF). 2) Microfluidic devices allow for environmental control, application of stimuli in a gradual and gentle manner, and manipulation of embryos at a small scale similar to in vivo conditions. 3) Studies in mice, pigs, and cows have demonstrated improved development of embryos using microfluidic culture compared to traditional static culture methods.
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Environment represents all physical, chemical, biological, behavioral and socioeconomic factors surrounding humans. Factors like domestic appliances, cosmetics, food, smoking, stress, alcohol and modern gadgets influence lifestyle. Exposure to electromagnetic fields from sources like power lines, mobile phones, WiFi etc. can potentially impact human health through thermal and non-thermal mechanisms. More research is still needed to fully understand the health effects of electromagnetic radiation exposure.
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My e office
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Change is the bounty of Nature. But too many changes, at times, makes me perplexed. Every time, I am posted at a new place with fresh assignments, I need to organize my cell and all its belongings. Therefore, I developed an e-office so that once organized, it would always remain with me every where and for ever.
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Bioinformatics is defined as the field that studies biology using computers and information technology. It involves the collection, storage, and analysis of molecular biological data. Some key events in bioinformatics history include Watson and Crick proposing the DNA double helix structure in 1953 and the development of databases like GenBank and algorithms like BLAST and FASTA in the 1980s to aid in database searching. The goals of bioinformatics are to better understand living cells at the molecular level by analyzing raw molecular data. It has become important due to the explosive growth of biological data and need for large databases and tools to access and study this information.
qPCR_USA_agenda
The document summarizes a 2-day conference on qPCR and digital PCR taking place on July 11-12, 2016 in Philadelphia. Over 150 industry and academic experts will discuss the latest developments and applications of qPCR and dPCR across various fields such as healthcare, plant science, food science and environmental testing. The conference will feature keynote speakers, case study presentations, a poster session and interactive panels on topics including digital PCR applications, qPCR strategies, healthcare case studies, and plant/food/environmental case studies. Confirmed speakers include experts from academic institutions and companies.
Updated Resume
Janae Caviness is seeking a full-time position in a pharmaceutical/biotech company where she can utilize her skills in cell culture, molecular biology techniques, and experience working in a regulated environment. She holds an MS in Molecular and Cellular Neuroscience from Delaware State University and a BS in Animal Science from Virginia State University. Her research experience includes investigating a compound's potential as a Parkinson's disease therapeutic through molecular experiments and behavioral analysis in mice models. Currently she works as a Cell Culture Scientist at Eurofins Lancaster Laboratories, where she performs upstream vaccine processing and development.
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Jason C. Poole has 17 years of experience as a molecular biologist developing novel molecular and genetic assays. He has a PhD in molecular genetics and most recently worked at EMD Millipore developing qPCR and next generation sequencing assays that were commercialized. He is seeking a senior scientist or project leader position and has strong skills in areas like qPCR, sequencing, cloning, and assay development.
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This curriculum vitae summarizes the professional experience and qualifications of David M. Miller. Miller is currently a Professor of Cell and Developmental Biology and Biological Sciences at Vanderbilt University. His research focuses on developmental neurobiology, synaptic remodeling, and dendrite morphogenesis using the model organism C. elegans. He has over 30 years of experience in this field and has supervised numerous graduate students and postdoctoral fellows in his lab. Miller has also received significant grant funding, including multiple NIH R01 grants, and has been recognized with awards for his research and teaching.
CHI's FAST: Functional Analysis & Screening Technologies Congress, Nov. 9-11,...
Cambridge Healthtech Institute (CHI) is pleased to announce the Third Annual FAST: Functional Analysis and Screening Technologies Congress. Now in its third year, the FAST Congress brings you the latest technologies and research in cellular screening.
The Third Annual Phenotypic Drug Discovery meeting will return with new updates and case studies in phenotypic screening, high-content analysis, physiologically-relevant cellular models, chemical genomics and chemical proteomics. The rapidly evolving area of 3D cellular models will be addressed by two back-to-back meetings, with the Inaugural 3D Cell Culture: Organoid, Spheroid, and Organ-on-a-Chip Models meeting focusing on the new predictive cellular models for drug discovery and toxicity assessment. It will review the use of primary and stem cells, complex co-culture cell models, tumor spheroid models, novel organ-on-a-chip models for efficacy and safety screening, functional analysis, and compound profiling. The Third Annual Screening and Functional Analysis of 3D Models meeting will follow with case studies of phenotypic and high-content screening of complex 3D cellular systems for compound and target selection.
The 2014 Congress attracted more than 250 senior delegates, representing over 160 companies from 20 countries. With half of the attendees from big pharma and biotech and a third from academia and government, the FAST Congress offers exclusive networking opportunities with diverse international attendance. Please join our focused Screening event and learn from 60+ scientific presentations, an assortment of educational courses, 20+ exhibitors and your fellow expert delegates. We look forward to seeing you at the event.
KevinSanchez_CV
Kevin Sanchez is seeking a position in biological sciences. He received his Bachelor's in Biological Sciences from Marquette University, graduating cum laude. Through various research programs, he has experience developing experiments involving nematodes, crabs, and bacteria. He has conveyed his research findings through posters, presentations, and a publication.
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Designed and constructed to harness the potential of miRNAs in a variety of research arenas, miRNA World 2014 will help maximize the therapeutic potential locked in these unique non-coding regions of the genome.
A meeting dedicated to engagement, collaboration and networking, miRNA World 2014 will address and discuss critical topics in the sector, including, miRNA biomarkers inside and outside of cancer, miRNA’s as diagnostics with particular focus on exosomal markers, the delivery, and pharmacological and efficacy challenges associated with both miRNA Mimics and Anti-miR’s.
Fengkun Du CV-Ind （2016.04）
This document provides a summary of Fengkun Du's career and qualifications. It outlines his experience as a microbiologist with over 7 years working in proteomic research and the wastewater industry. It also details his education including a PhD in Applied and Environmental Microbiology from Georgia State University and collaborations with various universities. His skills include protein purification techniques, cell culture, fermentation, microarray data analysis and more.
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Marimuthu Chinnarasu is seeking a career in biological research. He has a M.Sc. in Biotechnology and 5 years of work experience as a research fellow in molecular diagnostics and transplant immunology. His areas of research interest include molecular biology, cell biology, stem cell biology, and oncology. He has technical skills in various laboratory techniques including PCR, flow cytometry, gene expression analysis, and stem cell culture.
KristenLBeuving-Word CV(05-15)
Kristen Beuving has over 15 years of experience in research including analytical chemistry, toxicology, behavioral pharmacology, and microscopy. She has held roles such as executive assistant, weekend group leader, associate study director, research analyst, and research assistant. Beuving has extensive knowledge of FDA and regulatory guidelines and experience managing projects, personnel, and laboratory operations. She has strong leadership, problem solving, and technical skills.
Understanding Molecular Biology With Techniques and Applications | The Lifesc...
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Guttenberg Resume
Brian Guttenberg graduated from Michigan State University in July 2015 with a BS in Plant Microbiology. As an independent researcher from August 2014 to May 2015, he identified potential biological control agents for the fungal pathogen causing American Chestnut blight by isolating and identifying secondary fungi from bark samples. From January 2015 to July 2015, he continued this chestnut research project as a laboratory assistant at Michigan State University, including additional lab upkeep and sample preparation for long term storage. Prior to this, from October 2014 to January 2015, he worked as a technician at United Nuclear, assisting with their daily internet-based science supply business operations.
ICRISAT Governing Board 2019 PC meeting: Drylands in transition - Seeing the ...
Early-warning systems for plant diseases are valuable when the systemsprovide timely forecasts that farmers can use to inform their pest manage-ment decisions.Pests and diseases remain a major threat in realizing the potential yield of many improved cultivars in ICRISAT mandate crops. Plant protection need new and innovative early detection, identification and assessment systems.
Abstract-TheEffectofWiFiRadiationonDugesiatigrinaandRanapipiens
This study investigated the effects of WiFi radiation and vitamin C on the growth of Dugesia tigrina planarians and Rana pipiens frogs. The researchers hypothesized that organisms exposed to high doses of WiFi radiation but treated with vitamin C would grow faster than those exposed without treatment. However, the results showed insignificant differences between experimental and control groups, indicating that WiFi radiation does not pose a threat to these organisms. While some studies suggest links between radiofrequency exposure and health issues, the researchers concluded these effects are specific to the organisms studied.
Bioinformatics on internet
Bioinformatics on the internet provides many resources and benefits. It allows for easy access and sharing of vast biological databases and genomic data. The internet facilitates collaboration between researchers globally and provides tools for storing, organizing, and analyzing biological information. Key resources available online include biological databases, software for data analysis, educational courses, journals, and tools for sequence analysis, structure prediction, and more. This expands the scope of bioinformatics and allows research to advance more rapidly through improved access to information and resources.
Artificial intelligence in plant disease detection
This document provides an introduction and overview of artificial intelligence applications in plant disease detection. It discusses how machine learning and deep learning are being used to identify plant diseases through image recognition. Examples of algorithms commonly used include convolutional neural networks, recurrent neural networks, and support vector machines. The scope of AI in agriculture is also summarized, including how IoT sensor data, drone images, and automation can be used for tasks like crop monitoring, irrigation, and recommending optimal agricultural practices. Machine learning is also being applied to disease predictions and molecular-level interactions between plants and pathogens.
Radiation application
Radiation has many applications in science and medicine. It is used to induce mutations in plants to develop new varieties that are hardier and more resistant to pests. Food is irradiated to kill microbes and extend shelf life. The sterile insect technique releases sterile insects to control pest populations. In medicine, short-lived radioactive isotopes are used as tracers in diagnostic scans and tests. Radiation therapy also uses isotopes to treat cancer. Radioactive dating employs isotopes' decay rates to determine the ages of materials, helping date archaeological and geological samples.
Wheeler
1) Microfluidic technology can be used to automate and improve the efficiency of procedures in assisted reproduction such as in vitro fertilization (IVF). 2) Microfluidic devices allow for environmental control, application of stimuli in a gradual and gentle manner, and manipulation of embryos at a small scale similar to in vivo conditions. 3) Studies in mice, pigs, and cows have demonstrated improved development of embryos using microfluidic culture compared to traditional static culture methods.
S1 p2 rs_sharma
Environment represents all physical, chemical, biological, behavioral and socioeconomic factors surrounding humans. Factors like domestic appliances, cosmetics, food, smoking, stress, alcohol and modern gadgets influence lifestyle. Exposure to electromagnetic fields from sources like power lines, mobile phones, WiFi etc. can potentially impact human health through thermal and non-thermal mechanisms. More research is still needed to fully understand the health effects of electromagnetic radiation exposure.
Bioinformatic tools in Pheromone technology
This document discusses the role of bioinformatics tools in pheromone technology. It provides an introduction to bioinformatics and describes some commonly used bioinformatics tools, including UniProt, DDBJ, KEGG, BLAST, and PyMol. UniProt is a database of protein sequences that is composed of UniProtKB/Swiss-Prot which contains manually annotated entries and UniProtKB/TrEMBL which contains automatically annotated entries. DDBJ is a nucleotide sequence database in Japan that collaborates with EMBL and GenBank to share data. KEGG is a database that integrates genomic and chemical information and contains pathway maps and functional hierarchies. BLAST is used for sequence alignment and comparison.
My e office
Welcome to my e-office !
Change is the bounty of Nature. But too many changes, at times, makes me perplexed. Every time, I am posted at a new place with fresh assignments, I need to organize my cell and all its belongings. Therefore, I developed an e-office so that once organized, it would always remain with me every where and for ever.
Dr. H.K. Garg
Bioinformatics
Bioinformatics is defined as the field that studies biology using computers and information technology. It involves the collection, storage, and analysis of molecular biological data. Some key events in bioinformatics history include Watson and Crick proposing the DNA double helix structure in 1953 and the development of databases like GenBank and algorithms like BLAST and FASTA in the 1980s to aid in database searching. The goals of bioinformatics are to better understand living cells at the molecular level by analyzing raw molecular data. It has become important due to the explosive growth of biological data and need for large databases and tools to access and study this information.
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The document summarizes a 2-day conference on qPCR and digital PCR taking place on July 11-12, 2016 in Philadelphia. Over 150 industry and academic experts will discuss the latest developments and applications of qPCR and dPCR across various fields such as healthcare, plant science, food science and environmental testing. The conference will feature keynote speakers, case study presentations, a poster session and interactive panels on topics including digital PCR applications, qPCR strategies, healthcare case studies, and plant/food/environmental case studies. Confirmed speakers include experts from academic institutions and companies.
Updated Resume
Janae Caviness is seeking a full-time position in a pharmaceutical/biotech company where she can utilize her skills in cell culture, molecular biology techniques, and experience working in a regulated environment. She holds an MS in Molecular and Cellular Neuroscience from Delaware State University and a BS in Animal Science from Virginia State University. Her research experience includes investigating a compound's potential as a Parkinson's disease therapeutic through molecular experiments and behavioral analysis in mice models. Currently she works as a Cell Culture Scientist at Eurofins Lancaster Laboratories, where she performs upstream vaccine processing and development.
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Paul A. Azzinaro is a master scientist seeking employment who has extensive experience in molecular biology, cell biology, and proteomics. He received his Master's degree in cell and molecular biology from the University of Rhode Island, where he investigated the Fanconi anemia DNA repair pathway. His laboratory experience includes work at Plum Island Animal Disease Center developing vaccines and using yeast-2-hybrid and immunofluorescence techniques, as well as previous positions conducting assays and as a teaching assistant.
Garvan PhD_projects2013
The document provides information about various research programs and groups at the Garvan Institute, including the Cancer Research Program which focuses on understanding and developing new strategies for cancers like breast, prostate, and ovarian cancer, the Immunology Research Program which studies B cell biology and diabetes, the Diabetes and Obesity Research Program, the Neuroscience Research Program which examines topics like eating disorders and neurodegenerative disorders, and the Osteoporosis and Bone Biology Research Program. It also provides details on how to apply for postgraduate studies and upcoming open house events.
Next Generation Dx Summit 2015 - Moving Assays to the Clinic
The Next Generation Dx Summit, entering its seventh year, brings together more than 800 diagnostics professionals from across the world, providing comprehensive programming and valuable networking opportunities. Spanning from clinical diagnostics to business strategy, this year’s expanded program encompasses predictive cancer biomarkers, companion diagnostics, infectious disease, point-of-care, pharmacy-based diagnostics, cell-free DNA, commercialization, cancer immunotherapy, and reimbursement. With widespread coverage of all the most relevant diagnostics topics, the Next Generation Dx Summit promises to be a must-attend event to hear the latest announcements and developments in this rapidly evolving field.
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Laughlin Recommendations (November 2015)
- 1. Leadership, coding, biomedical, travel, scientist, project, drug delivery, discovery, nano, bio, management, RT-‐PCR, Flow Cytometry, Cell Culture, Biomaterials, Imaging, Molecular Biology, Electrospinning, Nanodrop, Radioactivity, Data Analysis, DNA, Gene Delivery, Photolithography, 3D Printing, SEM, Confocal Microscopy, Antibody Staining Recommendations Dr. Angela Pannier Graduate Advisor Associate Professor, Biological Systems Engineering University of Nebraska-‐ Lincoln Apannier2@unl.edu 402-‐472-‐0898 Dr. Andrew Dudley Collaborator and Graduate Committee Advisor Associate Professor, Genetics, Cell Biology and Anatomy University of Nebraska Medical Center Andrew.Dudley@unmc.edu 402-‐599-‐2820 Dr. Jeremy Miles Collaborator and Graduate Committee Advisor Research Physiologist USDA, ARS, U.S. Meat Animal Research Center Jeremy.Miles@ARS.USDA.GOV 402-‐762-‐4182 Sarah Plautz Lab Manager and Colleague at UNL Scientist II, Biological Systems Engineering University of Nebraska-‐ Lincoln Sarah.Plautz@unl.edu 402-‐472-‐0899 Jason Powell Supervisor and Colleague Koch Pipeline Co. Jason.Powell@KochPipeline.com 316-‐828-‐6138 Current Address: 3218 Dudley Street Lincoln, NE 68503 tdlaughlin@huskers.unl.edu 214-‐681-‐1961 http://bit.ly/tdlaughlin-‐linkedin Permanent Address: 7435 Leawood Street Papillion, NE 68046 TAYLOR DENISE LAUGHLIN