For students pursuing life science, biomedical research, biotechnology, or related scientific fields, scholarships can provide more than financial support. They can recognize academic commitment, encourage research thinking, and help students build confidence as they prepare for graduate study, laboratory training, or careers in science.

The Creative Biolabs Scholarship Program is designed to support students in science-related areas and encourage the next generation of researchers. For applicants interested in biology, biochemistry, chemistry, molecular biology, immunology, antibody engineering, drug discovery, or translational medicine, this scholarship can be a valuable opportunity to present both academic potential and long-term scientific goals.

https://www.creative-biolabs.com/scholarship-program.html

Who Is Eligible for the Creative Biolabs Scholarship?

Before preparing an application, students should first confirm that they meet the basic eligibility requirements. In general, applicants should be enrolled as a freshman, undergraduate, graduate, or Ph.D. student at an accredited college or university. Eligible students should also be majoring in a science-related field, such as Biology, Biochemistry, Chemistry, Molecular Biology, or a closely related discipline.

Applicants are generally expected to have a cumulative average grade of B, equivalent to a 3.0 GPA. Because requirements may be updated by year, students should always review the official scholarship page before submitting their materials.

What Application Materials Are Required?

A strong application starts with complete documentation. Applicants are typically required to prepare a completed scholarship application form, a current transcript, a recommendation letter, and either an essay or a PowerPoint presentation.
The transcript may be official or unofficial, depending on the listed instructions. The recommendation letter can usually come from a teacher, school counselor, faculty member, academic advisor, or community leader. This letter should help demonstrate the applicant's academic ability, personal character, leadership, research potential, or commitment to service.

For the writing component, applicants are usually asked to submit either an original 800--1,000-word essay or a 10--12-page PowerPoint presentation with detailed lecture notes. This part is especially important because it gives students the opportunity to explain their understanding of a scientific topic, connect it to real-world research needs, and show clear communication skills.

How to Apply, Step by Step

First, visit the official scholarship page and download the current application form and recommendation letter template if available. Read the instructions carefully before filling out the form.

Second, request your transcript early. Even if an unofficial transcript is accepted, make sure it is current, readable, and includes your name, institution, coursework, and GPA.

Third, contact your recommender well before the deadline. Give them enough time to write a thoughtful letter. It is helpful to share your resume, academic interests, research experience, career goals, and the scholarship topic you plan to address.

Fourth, prepare the essay or PowerPoint. Choose a topic that allows you to demonstrate scientific knowledge, independent thinking, and relevance to modern biomedical research. For example, students interested in antibody discovery may briefly explore technologies such as epitope mapping services, next-generation antibody sequencing, or immunologic analysis services as examples of how biotechnology tools support therapeutic research. These examples should not dominate the application, but they can help show awareness of real research platforms and current scientific challenges.

Finally, submit all required documents according to the official instructions. If the scholarship page specifies an email subject format, follow it exactly. Incomplete applications may be considered invalid, so check every attachment before sending.

What Does the Selection Committee Look For?

The Creative Biolabs Scholarship is not only about GPA. Academic ability is important, but reviewers may also consider the applicant's learning plan, scientific motivation, leadership, and social contribution.

A competitive application should show that the student can think beyond classroom performance. For example, strong applicants may explain how their education connects to future research, public health, biotechnology innovation, or patient-centered science. Leadership can be shown through student organizations, laboratory projects, mentoring, tutoring, volunteering, or community activities. Social concern may be reflected in public service, science outreach, health education, or meaningful volunteer work.

Tips for Writing a Strong Essay or Presentation

A good scholarship essay should be focused, original, and easy to follow. Start with a clear introduction that explains your scientific interest and why the topic matters. Use the body paragraphs to discuss the research background, current challenges, and possible future directions. End with a conclusion that connects the topic to your academic goals and the broader value of scientific progress.

Avoid turning the essay into a list of achievements. Instead, show how your experiences shaped your interest in science. If you mention laboratory work, coursework, or a research topic, explain what you learned and why it matters.

For a PowerPoint submission, make sure the slides are well organized and visually clean. The detailed lecture notes should add real explanation rather than simply repeating slide titles. Reviewers should be able to understand your scientific reasoning even without hearing you present.

Why This Scholarship Matters for Students in Biomedical and Life Science Fields

For students in biology, chemistry, molecular biology, immunology, and related areas, scholarship applications are valuable practice for future academic and professional development. They help students learn how to summarize research ideas, communicate scientific value, and present long-term goals clearly.

The Creative Biolabs Scholarship can also encourage students to think more deeply about how modern biotechnology connects with real-world medical needs. Whether a student is interested in antibody engineering, drug discovery, diagnostics, immunology, or translational research, the application process can be a meaningful opportunity to reflect on how scientific training may contribute to future innovation.

Final Checklist Before Submission

Before applying, confirm your eligibility, download the latest application materials, check the current deadline, prepare all required documents, proofread your essay or presentation carefully, and follow the submission instructions exactly.

A complete, thoughtful, and well-organized application can help reviewers understand not only what you have achieved, but also what kind of scientist, researcher, or healthcare innovator you hope to become.

FAQs About the Creative Biolabs Scholarship

1. Who is eligible to apply for the Creative Biolabs Scholarship?

The scholarship is typically open to students enrolled in accredited colleges or universities who are pursuing science-related majors such as biology, biotechnology, biochemistry, immunology, or other life science fields. Applicants should always verify the latest eligibility criteria on the official Creative Biolabs Scholarship Program page.

2. What are the required application materials?

Applicants are usually required to submit a completed application form, academic transcript, recommendation letter, and either an essay or a PowerPoint presentation. Preparing these materials in advance helps ensure a complete and competitive submission.

3. What is the deadline for the scholarship application?

The application deadline may vary each year. Students should check the official scholarship page early and plan ahead to avoid missing important submission dates.

4. What makes an application stand out?

Strong applications typically demonstrate academic excellence, clear scientific interest, well-defined career goals, and the ability to communicate ideas effectively. Applicants who show originality, critical thinking, and a genuine passion for life sciences tend to be more competitive.

5. What should I focus on in my essay or presentation?

Applicants should focus on a relevant scientific topic and clearly connect it to their academic interests or future career plans. The content should be well-structured, insightful, and demonstrate both knowledge and independent thinking.

6. Can I apply without research experience?

Yes. While research experience can strengthen an application, it is not always required. Students can highlight coursework, academic projects, internships, volunteer work, or self-directed learning to demonstrate their interest and potential in the field.

7. When should I start preparing my application?

It is recommended to start as early as possible. Gathering documents, requesting recommendation letters, and refining essays or presentations can take significant time. Early preparation allows for better quality and fewer mistakes.

October 22nd, 2026 11:00 AM EDT

Speaker: Dr. Ratmir Derda, Professor
Faculty of Science - Chemistry
University of Alberta

Genetically-encoded library (GEL) technologies cannot natively encode post-translational modifications, while DNA-encoded libraries (DEL) demand complex synthesis. This talk presents chemical post-translational modification (cPTM) to unlock billion-scale molecular diversity. Additionally, learn how Liquid Molecular Array (LiMA) uses DNA-barcoded phage display to enable in vivo organ- and cell-level tracking via NGS.

Free registration and more details about the webinar at https://www.bocsci.com/webinar-dna-encoded-chemistry.html

October 21-23, 2026
Naples, Italy
https://www.bbcc-meetings.it/bbcc2026/

Here some information about the 21th edition of the annual conference "BBCC2026 Bioinformatics and Computational Biology" to be held in Naples, Italy, October 21-23, 2026.

The updated program includes six invited speakers, sessions dedicated to participants' presentations, and three training/tutorial activities.

• The deadline for submitting abstracts for oral presentations has been extended to 31 August due to technical issues encountered when abstracts containing special characters are submitted.
• Authors of abstracts already submitted will be notified of the acceptance of their abstracts by the specified date (8 September). For abstracts submitted in the last week of August, it may take a few more days to complete the assessment.
• All authors are asked to contact the organisers if they have not received any notification by 8 September.
• Abstracts for posters/short oral presentations may be submitted by 9 September at the latest. As the conference is fast approaching, there will be no further extensions to the deadlines.

Registration for the BBCC2026 conference is now open. Don't forget that the early registration deadline is 11 September if you want to take advantage of lower registration fees.

As for past editions of BBCC, post-conference special issues in peer-reviewed journals has been prepared.

BBCC2026 participants are invited to submit extended versions of their work to the associated Special Issue entitled "Bioinformatics and Computational Biology Applications in Structural Biotechnology" in the Computational and Structural Biotechnology Journal.

For details about the program and any other information, please visit the conference web site: https://www.bbcc-meetings.it/bbcc2026/
or contact: Angelo Facchiano - BBCC Chair - conference[at]bbcc-meetings.it

June 9th, 2026 10:00 AM EDT

Dr. Kayvon Pedra will talk about a novel, cell-impermeant fluorophore that red-shifts and activates upon binding glycans. This allows for seamless, wash-free imaging of glycosylated ECM architecture – from in vitro models to in vivo mouse tumors – providing a powerful new tool for live fluorescence microscopy.

Highlights of the presentation:

• A cell-impermeable small molecule fluorophore turns on and red-shifts upon binding glycosylated biomolecules.
• Application of the dye to live biological samples enables wash-free visualization of the extracellular matrix structure.
• Observations demonstrate no toxicity, a broad substrate profile, deep tissue penetration, and negligible photobleaching in a variety of model organisms.

Webinar information and registration at https://www.bocsci.com/webinar-live-imaging-of-the-extracellular-matrix-with-a-glycan-binding-fluorophore.html.

About the speaker:

Kayvon is a Group Leader at HHMI's Janelia Research Campus near Washington, D.C. He received his bachelor's degree in 2015 from MIT working with Prof. Alice Ting and his Ph.D. in 2021 from Stanford working with Prof. Carolyn Bertozzi. The Pedram Lab, established in 2021, aims to discover principles by which extracellular assemblies govern mammalian biology across spatial scales, develop therapies that take advantage of the unique and underexplored properties of extracellular biomolecules, and widely distribute methods that will allow others to join those long-term efforts. For more information, see https://pedramlab.com.

As a leading provider of biological products – including recombinant and native proteins and cell/tissue lysates – as well as specialized custom services for academic research, diagnostics, therapeutics, and industrial applications, Creative BioMart is committed to supporting the next generation of scientists.

To further encourage research and higher education in the biomedical and life sciences, Creative BioMart is proud to announce the 2026 Creative BioMart Scholarship Program, which will award a $1,000 scholarship to an outstanding student.

https://www.creativebiomart.net/creative-biomart-scholarship-program.htm

September 2-4, 2026
The 21st International Conference on Computational Intelligence Methods for Bioinformatics and Biostatistics (CIBB 2026)
Sapienza University of Rome, Italy
https://cibb2026.teralab.ai

CIBB focuses on machine learning and computational intelligence methods applied to bioinformatics, biostatistics, and medical informatics.

Topics include (but are not limited to):

• AI and machine learning for omics data
• Interpretable models in healthcare
• Systems and synthetic biology
• Statistical learning for biomedical research
• Scalable algorithms for large-scale biological data

Short paper submissions (4-6 pages) are now open.

Submission deadline: May 3, 2026

Confirmed keynote speakers include:

• Per Kragh Andersen (University of Copenhagen)
• Marianna Rapsomaniki (Lausanne University Hospital, CHUV)

Accepted papers will be presented at the conference and will be invited to submit extended versions to Springer Lecture Notes in Bioinformatics (LNBI) or international journals.

Submission platform:
https://easychair.org/conferences/?conf=cibb2026

Philip E. Bourne, founding dean of the University of Virginia School of Data Science, died on March 8, 2026, at age 72 after a long battle with mesothelioma.

In 2009, I presented Phil with the Benjamin Franklin Award for Open Access in the Life Sciences. The award recognized his extensive work promoting free and open access to scientific materials, methods, and data in bioinformatics and computational biology.

Phil served as founding editor-in-chief of PLoS Computational Biology, helping establish it as a leading open-access journal from the Public Library of Science. He co-founded SciVee.tv, a platform that let scientists share videos, presentations, and posters openly. His efforts also supported broad public access to biomolecular structure data through the Protein Data Bank.

From 2014 to 2017, Phil directed data science at the National Institutes of Health as associate director for data science, leading the Big Data to Knowledge initiative. Throughout his career, he consistently advocated for data sharing, preprints, and open scholarly communication.

In 2017, Phil came to UVA to launch the School of Data Science, the university's newest school, and guided its emphasis on open, collaborative, data-driven research. His dedication helped create a more transparent and inclusive scientific community. Phil's contributions were generous, persistent, and far-reaching; he will be remembered and missed by many of us who worked alongside him in the open science movement.

June 15-19, 2026
Berlin, Germany
http://www.ecseq.com/summer-school

Hi all,

We're organizing our annual Berlin Summer School in NGS Data Analysis (), and thought it may be of interest to this community.

This intensive 1-week, in-person course is designed for researchers and life scientists who want to gain a practical, hands-on understanding of next-generation sequencing data analysis without assuming extensive prior experience in bioinformatics. The course focuses on:

• essential computing skills for everyday NGS analysis
• understanding key NGS data formats and common pitfalls
• running real RNA-seq workflows (QC -> mapping -> visualization -> differential expression)
• structured introduction to DNA variant calling (VCF)
• working with a real Illumina RNA-seq dataset

The school uses proven bioinformatics tools to inspect and analyze real sequencing data with trainer support throughout. Note: single-cell RNA-seq is not covered as part of this Summer School.

We're also pleased to have invited speakers contributing perspectives from both research and tool development:

• Prof. Dr. Martin Kircher (Berlin Institute of Health at Charité / University of Lübeck / UKSH) - computational genomics & variant effect interpretation
• Dr. Vladimir Jovanovic (Freie Universität Berlin) - genomic data analysis & functional interpretation
• Dr. Jeremy Leipzig (TileDB) - scalable genomic data infrastructure & TileDB-VCF

This combination of structured hands-on training and insights from active researchers and developers tends to work very well for participants who want to apply NGS workflows directly to real projects.

Details and registration (first-come, first-served): http://www.ecseq.com/summer-school

Happy to answer any questions about prerequisites or the program.

A new deep learning model called AlphaGenome, developed by researchers at Google DeepMind, analyzes up to one million base pairs of DNA sequence to forecast thousands of functional genomic features at single-base resolution. These predictions span 11 modalities, from gene expression and RNA splicing to chromatin accessibility, histone modifications, transcription factor binding, and spatial chromatin contacts, drawing on extensive human and mouse datasets. In benchmark tests, the model equals or surpasses leading alternatives on 25 out of 26 variant effect prediction tasks, including those for expression quantitative trait loci (eQTLs), splicing changes, and chromatin interactions. AlphaGenome also reconstructs the regulatory mechanisms behind clinically significant variants near the TAL1 oncogene.

ARTICLE

Avsec Ž, Latysheva N, Cheng J, Novati G, Taylor KR, Ward T, et al. Advancing regulatory variant effect prediction with AlphaGenome. Nature. 2026;649(8099):1206-1218. https://doi.org/10.1038/s41586-025-10014-0.

AVAILABILITY

AlphaGenome's primary website is hosted by Google DeepMind at https://deepmind.google.com/science/alphagenome

It is also on GitHub. There are two key repositories:

https://github.com/google-deepmind/alphagenome – This provides the Python SDK and programmatic access to the hosted API.
https://github.com/google-deepmind/alphagenome_research – This contains the model source code, weights, variant scoring tools, and related research materials, as stated in the Nature paper.

Additional resources include detailed documentation at https://www.alphagenomedocs.com and a community forum.

August 31 - September 4, 2026
Geneva, Switzerland
https://eccb2026.org

The city of Geneva hosts the 25th European Conference on Computational Biology (ECCB), from 31 August until 4 September 2026, under the theme "Biodiversity, AI & Health: computational biology to address the challenges of our time".

The conference will explore how computational biology and bioinformatics contribute to understanding biological diversity, advancing health research, and addressing global societal challenges through data-driven approaches.

Organized by the SIB Swiss Institute of Bioinformatics, ECCB 2026 will bring together 1,000-1,200 experts from around the world, including bioinformaticians, computational biologists, developers, biocurators, and clinicians from academia, industry, and public healthcare.

CALL FOR PROCEEDINGS

The ECCB 2026 Scientific Committee welcomes the submission of full manuscripts describing original and previously unpublished work in computational biology. Accepted papers will be presented as 15-minute talks during the conference and published in a supplementary issue (online-only and open access) of the Bioinformatics journal (Oxford University Press).

Deadline to submit: 5 March 2026.

More info : https://eccb2026.org/call-proceedings

CALL FOR HIGHLIGHT TALKS & POSTERS

ECCB 2026 also welcomes abstract submissions for highlight talks on significant advances in one of the conference's five scientific areas in computational biology and bioinformatics, published in a scientific journal on or after 1 March 2025 or accepted for publication in a scientific journal and available online as a preprint.

Posters can also be submitted across all areas of computational biology and bioinformatics.

Accepted contributions (highlight talks and posters) will be presented in person at the conference. Highlight talks will be delivered as 15-minute presentations followed by 3 minutes of discussion.

Deadline to submit: 20 April 2026.

More info: https://eccb2026.org/call-highlight-talk-poster