Sharing Knowledge With CELLINK’s Ambassador Program

Share this Article

Creating a sharing ecosystem for research projects in bioprinting is key to making scientific findings reproducible and enabling fellow scientists and engineers to contribute to the evergrowing biotechnology community worldwide.  With this networking need in mind, 3D bioprinting system pioneer CELLINK created the Ambassador Program, a hub to learn, discover, facilitate opportunities and build relationships that encourage anyone using CELLINK’s bioprinters and bioinks to “show the world what they are up to”.

The paradigm in research is shifting everywhere, people today are keen on sharing their investigations, contributing to open research data registries and interacting globally to come up with better solutions. CELLINK expects many breakthroughs in bioprinting might arise from the program’s networking and innovative way to contribute research. Support for open science can lead towards greater collaborations and openness, especially for disciplines that traditionally tended to be more closed off to the general population.

Back in 2015, Erik Gatenholm worked with co-founder Hector Martinez to create a universal bioink that anyone working with bioprinting could use. Once they realized the enormous potential of the product they developed, CELLINK was born, becoming the first startup to commercialize a universal bioink for bioprinting of human tissues and organs. Today the biotechnology company continually researches and develops bioprinters and bioinks, serving the healthcare sector globally.

In the fall of 2018, a new project took on the challenge of creating a sharing infrastructure across the CELLINK research and sciences community. The CELLINK Ambassador initiative has over 100 researchers from around the world submitting their work for broadcast on their own network along with creating international media buzz, together with coverage of a broad range of bioprinting topics from regenerative medicine to bioengineering course content.

“Our CELLINK Ambassador Program is a vital part of CELLINK to help understand how our technology is being utilized and what we can do to assist our community in reaching their goals. Whether it’s adding new features to an existing product, developing new technology, connecting researchers who could benefit from a collaboration and everything in between. We want to facilitate a network to learn from and provide support to,” explained Ariel Kramer, Chief Communications Officer of CELLINK, to 3DPrint.com.

The CELLINK Ambassador Program is a community connecting researchers in the bioprinting field with opportunities to showcase their work and network with other scientists. According to Kramer, there is no other club or community like this with the purpose to collaborate with other researchers using the firm’s technology so they can assist one another and network. Whether they are using CELLINK’s bioprinters or bioinks, the Ambassador Program inspires interaction between users promoting their innovative work in the field.

CELLINK Ambassador Caitlyn Moore, PhD Candidate at Rutgers University, 3D printing triple-negative breast cancer cells to study their chemoresistance in bone marrow-mimicking scaffolds.

Scientists and engineers working with CELLINK technology will be able to enter the program and share their work by sending photos or videos of their ongoing investigations and then they will get to:

  • Showcase their research
  • Gain opportunities to find careers or collaborations
  • Explore the Ambassador network

This sharing initiative has received strong support from students and professors working in the biomedical field of many universities and institutions.

“We are thankful for all that you do and look forward to showing the bioprinting community what we are working on at the University of Kansas Medical Center,” said CELLINK Ambassador A.J. Mellott, Research Assistant Professor in Genetics and Bioengineering at the University of Kansas, who is using CELLINK’s BIO X user friendly bioprinter for upcoming experiments.

CELLINK Ambassador A.J. Mellott giving a BIO X demo in his lab.

So far, the CELLINK Ambassador program has facilitated several internships and job opportunities for researchers in the community. The company aims to provide a network that can support one another as well as keep the community and public informed about the innovative work being done in bioprinting.

CELLINK Ambassador Paul Dinho is bioprinting corneas.

“I started out making fun science videos to share my research 3D printing human corneas and, next thing I know, my lab is all over the news! It’s unbelievable how the CELLINK Ambassadors Program connected me to such a growing community of scientists and bioprinting labs across the world. It really feels great every time I see someone post the next breakthrough in bioprinting so that we can all celebrate together,” Paul Dinh, a student at Florida A&M University and researcher at the College of Pharmacy and Pharmaceutical Science under Professor Mandip Sachdeva, said to 3DPrint.com.

Dinh and Sachdeva’s research resulted in the creation of the first US high throughput 3D printing of human cells of the cornea. Because of their involvement with the ambassador program, CELLINK took charge in creating international buzz, landing stories in both industry and top tier globally recognized publications.

Other CELLINK Ambassadors like undergraduate medical student Mohammad Alhazmi from The Royal College of Surgeons in Ireland has been using the company’s 3D bioprinter INKREDIBLE + to explore bioprinting in parallel to his interest in cartilage regeneration and orthopedic surgery. Also working with the bioink is fellow ambassador Sara Malferrari, a Ph.D. student in Biomedical Engineering at the University College of London, teaching researchers how to bioprint.

CELLINK Ambassador Sara Malferrari working at the lab with bioinks

Ambassador Angela Panoskaltsis-Mortari, Professor of Pediatrics in the Division of Blood and Marrow Transplantation and Director of the 3D Bioprinting Facility at the University of Minnesota, worked with Century College, also in Minnesota, to launch their new Biofabrication Certificate program. While the University of Kansas Medical Center’s Department of Plastic Surgery ambassadors recently used CELLINK Start bioink to develop a T-block prototype with applications in regenerative medicine, at North Carolina State University, Associate Professor Rohan Shirwaiker and his fellow researchers have been testing out one of the newest bioinks, the GelXA.

CELLINK Ambassador Rohan Shirwaiker testing out bioink GelXA

“Being an ambassador feels more like being part of a big family: we get to share the great work we do with other people who genuinely care about each others success and providing the support needed, whenever we need it,” explained Mahmoud Amr, biomedical engineer PhD student at the University of Texas at San Antonio.

CELLINK ambassador Mahmoud Amr presenting his work with the BIO X

This is a great opportunity to learn and connect with other researchers, letting everyone in the community know how they are using CELLINK to develop innovations at the lab. One of the benefits for researchers is that it offers them an opportunity to get credit for their hard work, which often remains within the university realm or local news outlets, while through the initiative, the company publishes relevant information in their global network with thousands of followers.

[Images: CELLINK Ambassador Program]

Share this Article


Recent News

Lubrizol Buys into 3D Printing Parts and Services via Avid Acquisition

NASA Lets You 3D Print Your Own Mars Perseverance Rover



Categories

3D Design

3D Printed Art

3D printed automobiles

3D Printed Food


You May Also Like

Featured

NASA Funds 3D Printing Projects for Upcoming Era of Space Exploration

Driven by Moon exploration, space tourism, spacecraft manufacturing, and orbital infrastructure, space agencies and private companies worldwide have developed ambitious plans for the future of spaceflight. This heightened interest in...

BeeHex Puts 3D Printed Pizza on the Back Burner for Sugr-Bot Bakery

The DIY market is on fire, along with 3D printer sales in international markets like China, as the viral pandemic keeps many at home looking for things to do. Gardening,...

Relativity Secures a New Launch Site in California for 3D Printed Rockets

A new launch site facility at Vandenberg Air Force Base in Southern California will be Relativity Space‘s latest adoption to its growing portfolio of infrastructure partnerships. With this new addition,...

Featured

3D Printing Extreme Environment Technology for Exploring Venus

As a new era of commercialized space flight begins, NASA and private space companies are rushing to colonize the Moon and Mars for space tourism and exploration. Although this follows...


Shop

View our broad assortment of in house and third party products.