Biology lab internships
Undergraduate students are encouraged to participate in research during their time at Boston University. Each year, approximately Biology students conduct research in both faculty labs and labs outside the BU Biology Department. Other research opportunities include field-based programs like the Marine Semester and Tropical Ecology Program where students can gain valuable hands-on experience. There are also field courses like Dr. Schneider and Dr. Nucleic Acids Res.
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To comply with VU Corona regulations, the Systems Biology group established a maximum number of experimental internship students that can be safely hosted in the lab. For the period from February to July all experimental positions are filled. However, theoretical internships are still available. Students can do various types of projects in our lab.
We supervise bachelor and master internship projects but you can also find supervisors for your literature thesis. Practical internships can be in the wet lab here termed experimental , can be computational here termed theoretical or can consist of a combination of those two.
Below is a list of projects that we thought of. If you are interested in one, just contact the person that is associated to that project. But there are options beyond this list. Check the Team and the Projects pages and click on the different team members to see their lines of research. If you are interested in a specific topic that we work on, but do not see an internship within that project listed below, just contact the team member and check for the possibilities.
This is especially relevant if you are looking for a literature thesis project — these are usually tailor-made based on your interests. If you have general questions about internships in our department see the contact information at the end of the page.
Internships are in principle open for students from other universities in the Netherlands or outside the Netherlands. Please note a few things:. If you are a non-VU student and from abroad you should contact Dr. Rob van Spanning rob. VU students and other Dutch students can contact the putative internship supervisor directly.
Summer experimental and theoretical internship positions are available. If you have general questions about internships in our department see the contact information at the end of the page Currently available Project title Type of research Supervisor s Biopurification of plant proteins Experimental or computational combinations are possible Bachelor or Master Avis Nugroho a.
Physical processes are available to remove such compounds, but they may not provide sufficient removal or lead to undesired side effects e. To remove undesired molecules from plant proteins we are working on biopurification solutions. For this we screen Lactic Acid Bacteria and yeasts for their ability to degrade unwanted molecules when incubated with different substrates.
We are particularly interested in the modulation of the metabolism of non-growing organisms to improve biopurification strategies.
Furthermore, we have generated extensive GC-MS volatile compounds data sets which we would like to integrate with existing genome data. This project is performed in collaboration with NIZO Food Research within a consortium of 6 industrial and 3 academic partners.
Dry lab: GC-MS analysis software, various bioinformatics and chemoinformatics tools. In fermented foods, such volatiles can originate from the raw substrate itself, or from microbial activities. Over the course of fermentation, diverse enzymatic and chemical reactions occur, and the corresponding metabolites have various flavour characteristics and odour-activity thresholds.
The analysis of these volatiles is done by GC-MS gas chromatography - mass spectroscopy which results in complex datasets. However, such analysis is mainly performed semi-automatically, requires laborious human curation, and consequently reports a small fraction of the detected compounds.
Within this project, you will analyse a set of GC-MS data of fermented plant protein ingredients and focus on the untargeted analysis of the data with the aim of identifying the entire remaining compounds that are currently not reported. The project requires affinity with complex data analysis and independent learning to work with different software packages. Furthermore a basic understanding of analytical chemistry - in particular GC-MS - would be beneficial.
Task summary: Within this project, you will explore and compare various approaches to automate characterization and quantification of GC-MS peaks, with and without a dedicated software. For the dedicated software, you will receive a training from an expert at the beginning of your project.
If time allows, we will explore the integration of the metabolomics volatolomics data with their corresponding genome data. Contact: If you are interested or would like to discuss about this project, do not hesitate to contact Avis Nugroho a. Moreover, the optimal allocation pattern can be context-specific, heavily depending on the environment the microorganisms live in.
Thus in this topic, we blend existing knowledge of biochemistry and microbial physiology together with different types of computational modelling to advance the understanding of the organization of metabolism of two major eukaryal model organisms: budding yeast Saccharomyces cerevisiae and fission yeast Schizosaccharomyces pombe. In addition, we also want to understand these aspects for healthy cells to make sure that interventions against the disease will not harm them.
We work with the parasite Trypanosoma brucei and with liver cancer cells in the wetlab, but also do research on the parasite Schistosoma mansoni, on head- and neck cancer and blood cell precursors in the dry-lab always in collaboration with experimental labs Techniques: Wetlab: cell culture, metabolite measurements, enzyme assays. Little is known about this yeast, although it is already applied as a starter culture by our industrial partner Chr. We study the physiology of the yeast by combining wet- and dry-lab efforts.
We both look for answers to fundamental questions within the field of yeast physiology and for innovations with the fermented beverages industry. Techniques: Within the wet-lab part of the project we investigate yeast physiology by growth studies and molecular biology. By combining the wet lab approaches with the genome of the yeast, we aim to construct genotype- phenotype relationships.
Within the dry-lab part of the project genome scale metabolic models, so-called proteome-constrained models and coarse grained models are used to decipher metabolism of Pichia kluyveri. Production of cultured red blood cells for transfusion purposes: analysis of metabolomics data to achieve high cell density erythroblast cultures Theoretical Master Jurgen Haanstra in collaboration with Sanquin Transfusion of donor-derived red blood cells RBC to alleviate anemia is the most common form of cellular therapy.
In addition, red blood cells hold great promise as delivery agents of e. However, the availability of transfusion units depends on volunteers and carries a potential risk of alloimmunization and blood borne diseases. Particularly the chronically transfused patients are at risk for alloimmunisation.
In vitro cultured, customizable red blood cells cRBC would negate these concerns and introduce precision medicine both in transfusion medicine as well as in drug delivery applications. We aim to produce human cRBC at large-scale and cost effective, for which we need to optimize culture conditions and reduce cost-drivers. Transfusion-ready erythrocytes can be cultured from hematopoietic progenitors but at market-incompatible high costs.
Understanding the origin of this cell density limitation may provide strategies, both at media composition and feeding regime levels, to facilitate economically feasible upscaling. Analysis of cell-conditioned media indicated that small molecules We have produced transcriptome and proteome data from which we can deduce the metabolic pathways that are active in our erythroblast cultures.
We also determined metabolic profiles of erythroblasts seeded in defined medium, and the corresponding profiles of the medium, and sampled at timepoints 0, 12, 24 and 36 hours. In this project you are going to use the genome-scale reconstruction of human metabolism. The transcriptome and proteome data will be used to restrict the enzymes in this model to what is actually expressed in erythroblasts.
The measured metabolic profiles will be either used as input to understand internal flux distributions and elucidate potential unwanted byproducts - or to compare them to predictions of flux distributions that would give optimal growth. Furthermore, investigating theoretical flux profiles that would give high growth rates i. Integration of quantitative multi-omics data into genome-scale metabolic models Theoretical Master Pranas Grigaitis p.
Stoichiometric modeling is an attractive technique to use knowledge-bases to aid analysis of microbial metabolism at genome-scale level. However, these models have limited predictive power in a number of situations due to the assumption of analyzing 1 optimally-functioning networks in 2 a steady state, fully driven by reaction stoichiometry. Recent approaches to improve the predictions of these models usually rely on the detailed descriptions of protein turnover costs proteome-constrained, pc-Models , and would provide a platform to aid the model by using quantitative -omics data.
Aim In this project, we want to develop a framework of straightforward and standardized integration of multiple types of -omics data, namely, transcriptomics, proteomics and fluxomics.
Please note a few things: We ask for a minimum stay of 4 months 3 months research, one month report writing with a starting date outside the holiday season July, August.
You have to be able to support your daily expenses e. Often, the international office at your own university can assist you in obtaining grants e. Research costs will be covered by the internship project. We can help you with providing letters etc. Finding accommodation in Amsterdam often takes 3 to 6 months. Erasmus students are helped via our international office in arranging accommodation in the VU hospitium in Amsterdam.
Non-Erasmus students are advised to look for accommodation well in advance, in particular if you want to start in September, October or November. Students from outside the EU should take into account that they may require a visa for the Netherlands, and that arranging this may also take a few months. Please check with the Dutch embassy in your country. Non-Erasmus students may have to register at the faculty this is relatively easy for students from other Dutch universities , or alternatively, require a statement of hospitability, and possibly have to pay a fee.
Lab news. We are part of. All Rights Reserved. The substitution of animal proteins with plant-based derivatives is hindered by off-flavours and anti-nutritional factors in plant protein concentrates and isolates. Automated quantification and interpretation of GC-MS-based metabolomic data. Volatile molecules are responsible for the sensory perception of a food product.
Understanding optimal resource allocation strategies in yeasts. Optimal allocation of limited resources, such as nutrients, energy, or physical volume of the cell enables to sustain cell maintenance and growth of cells, and is critical for unicellular microorganisms to strive.
The work in this topic aims to understanding control and regulation of metabolism to reveal selective drug targets in pathogens and other disease-causing cells. Pichia kluyveri is used for the production of alcohol free beer. Production of cultured red blood cells for transfusion purposes: analysis of metabolomics data to achieve high cell density erythroblast cultures. Transfusion of donor-derived red blood cells RBC to alleviate anemia is the most common form of cellular therapy.
Integration of quantitative multi-omics data into genome-scale metabolic models. Pranas Grigaitis p. Computational models of microbial metabolism are useful tools in biotechnology and medical sciences due to their ability to predict and analyze microbial cell behavior in silico.
Biology Internship Programmes Internship Programmes
Internships are a great way for students to develop a range of new and valuables skills and a network of connections in your field. The experience will help you to develop your career goals and will look great on your future resume! Employers that offer internships will also benefit from your work and contributions to their company. Many employers will hire past interns after they graduate. In our Biological Sciences program, we offer up to 6 credits towards your major for completing internships.
Summer Internship Program - Sample Host Labs
Shad Valley is a national summer program designed to bring high school students together in one of the 12 host universities. The project at UNB Biology " Inspiring New Botanists " shows students how interesting botany can be, highlighting some interesting facts, prospective careers and useful skills that botany can offer, hopefully encouraging them to pursue botany-related studies. The Biology Department at the University of New Brunswick in Fredericton has initiated a new summer internship to promote the participation of an indigenous student in the biological sciences. The internship will be offered to a current Grade 12 student who will be pursuing a Biology undergraduate degree from the University of New Brunswick in Fredericton Fall The internship provides an opportunity to gain valuable research experience while being paid and to become familiar with the Department of Biology and the University campus prior to the fall start-up. For any questions, contact Margaret Blacquier. The Indigenous Student Summer Internship is generously supported by the Department of Biology at the University of New Brunswick in Fredericton and by participating faculty researchers.
Biology Internships
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Your Guide to Biology Internships
Skip to content. The School of Biological Sciences operates an internship program with opportunities specifically for Biology majors. These opportunities are with local government, academia, and industry groups and will provide each intern with direct, hands-on experience in how a Biology degree can be used to obtain employment upon graduation. Internships can be registered during Phase 1 or Phase 2 registration, although employment application deadlines will often operate ahead of course registration. Once a student has an internship offer in hand, they need to contact Dr. Emily Weigel to request a permit for registration.
BISP 197: Biology Research Internship Program
We offer research internships for bachelor and master students, internships in the science-supporting areas and internships for pupils in our communication team. Before you apply, please review all the requirements and information listed below. Our institute is open to interested and committed bachelor and master students who would like to gain first-hand experience in the field of infection biological research and deepen their study focus. An internship at our institute typically lasts between one and three months. The research groups decide independently on the allocation of places. Therefore, please take a close look at which research groups you are most interested in. Then, please send your application by e-mail directly to the corresponding research group. It is important that you state in your cover letter why you are interested in this research group and what you expect from an internship there.
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Internship opportunities for undergraduate and recent graduate students. The Sharklab is looking for highly motivated, hardy people with a desire to work and gain experience with marine fauna and flora. Volunteers are integrated into all aspects of the station's workload and are expected to assist with fixing gillnets, cleaning toilets and cooking dinner, as well as tagging and measuring large sharks! Internships range in length from 2 — 12 months.
Skip to Content. Internships offer opportunities to obtain hands-on experience and link coursework studies with the world of work. Whether preparing for a job search or applying to a professional school after graduation, internships offer a means to increase marketability. They can increase clinical experience hours, enhance a resume, and add substance to future interviews or applications. Students who are interested may earn up to three credits per semester, up to six credits total of upper division credit by enrolling in BIOL Internship or Independent Study or Directed Study credits. Students may also work in a research lab at the Anschutz Medical Campus or an affiliated institution. Note that if you are planning on working in a research lab in the Department of Integrative Biology, rather than at the Anschutz medical campus another institution in the community, you would register for independent or directed study directly with your supervisor faculty.
The purpose of Career Path Internship CPI Program is to provide opportunities for students to be employed both on and off campus as interns in positions concomitant with their academic and professional interests. CPI Advertisement. Apply by; A.
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