Travel Grant Program

Antibodies.com is proud to support researchers with travel grants up to $500.

The Award

Each quarter, Antibodies.com offers a travel grant up to $500 to help cover the cost of attending a conference. These travel grants are open to PhD candidates, post-docs and other research staff from academic research institutions in the US or Europe. The grant is intended to help cover the costs of registration, accommodation, and travel to a conference of choice.

For a chance to win, simply complete the application form below, including a summary of your research or abstract for the conference.

Winners

A team of our scientists will read all research summaries/abstracts that are submitted and select the winner based on which research they find most interesting. The winner of each quarter will be notified by email within the first two weeks of the subsequent quarter.

Application Form

First Name

Please enter your first name.

Last Name

Please enter your last name.

Email Address

Please enter a valid email address.

Phone Number

Please enter your telephone number.

Institution/Company

Please enter the name of your institution or company.

Country

Please select your country.

Conference

Please enter the name of the conference

Conference Date

Please enter the date of the conference.

Abstract Title

Please enter the title of your abstract.

Abstract

Please enter your abstract.

Eligibility

Travel grants are only available for individuals from academic research institutions in Europe or the US.
Travel grants will only be awarded to applicants who are presenting original findings at the conference, such as presenting a poster or talk.
Applications will be grouped by date of submission and reviewed at the end of each quarter, so applicants should apply at least 3-4 months before they need the grant.
No application will be considered for a refund on money already spent.

Terms & Conditions

Travel grants can only be used to cover registration, travel, and accommodation.
Winners will be asked to write a short (~250 words) report on their work and their experience at the conference to be included on the Antibodies.com website and in newsletters.
The winners will be reimbursed by Antibodies.com after receiving proof of payment.
Travel grants are awarded quarterly. Q1: January-March, Q2: April-June, Q3: July-September, Q4: October-December. Winners are notified in the first two weeks of the following quarter, e.g. the Q1 winner will be notified at the beginning of April.
Antibodies.com will process your personal data in strict accordance with its privacy policy which can be found here.
Please note that unsuccessful applicants will not be notified.
Antibodies.com reserves the right to withdraw or modify this offer at any time.

Past Awardees - 2024

Xiaoxue Han, University of Illinois at Urbana-Champaign

I was honored to receive the Antibodies.com travel grant, which allowed me to attend the Chicago Bioengineering Conference (CBEC) 2024, where I presented my poster titled Hydrogel-based Exosome-Coated Oxygen Nanobubbles Enhances Wound Healing by Alleviating Hypoxia, Improving Angiogenesis, Suppressing Inflammation, and Reducing Scarring. My research aims to address critical challenges in non-healed wounds, including hypoxia, inflammation, and insufficient angiogenesis, which can severely delay recovery and impair patients’ life quality.

To overcome these issues, I developed a bio-adhesive polyvinyl alcohol/gelatin hybrid hydrogel dressing incorporating exosome-coated oxygen nanobubbles. Exosomes isolated from adipose-derived stem cell (ADSC)-derived mesenchymal stem cells can promote cell migration and angiogenesis, while reducing inflammation, due to the active therapeutic proteins and mRNA they carry. This approach not only alleviates tissue hypoxia but also enhances the targeted delivery of exosomes, promoting angiogenesis and reducing inflammation, ultimately leading to improved scarless wound healing outcomes in a full-thickness wound rat model. Further work will focus on different animal models, including the surgical incision wounds.

Fluorescently labeled exosome-based nanoparticles in cell culture

The intracellular uptake of Dio-labeled exosome-based nanoparticles in human dermal fibroblasts (HDF-a).

Attending CBEC 2024 gave me a valuable opportunity to showcase this work and engage in insightful discussions with experts in bioengineering and regenerative medicine. The experience has expanded my perspective on the potential applications of my research and provided important feedback that will help drive my future research studies. I am deeply grateful to Antibodies.com for their support, which made this rewarding experience possible and contributed to the advancement of innovative solutions in tissue engineering research.