BARANOV LAB
Summer School 2025
Applications opening this february!
About summer school
We are always happy to see students in our lab. Over the past years, the experience of summers filled with initiative and excited students, brought us to the idea of creating the summer school. During the school period, each student will be assigned to a mentor to develop and work on his own project in regenerative medicine, retinal cell biology and development, advanced transcriptomics, transplantation, and functional imaging of the retinal neurons on a single cell level.
9 students
6 projects
4 publications
We employ automation, artificial intelligence, and quantitative strategies to produce retinal and other organoids from human, tree shrew, and mouse stem cells. We are particularly interested in using this fascinating model to test therapies, study cell-cell interaction, model diseases, such as Alzheimer's, LHON, NAION, and glaucoma.
We perform deep advanced analysis of single-cell RNA-, ATAC-, ChIP-, VDJ-, and spatial-seq data, focusing on cell specification, maturation, and cell-to-cell communication in disease and regeneration. Species include humans, dogs, mice, and axolotl. The ultimate goal is to create a “digital eye” - in silico platform to model, explore and predict cell behavior in changing ecosystem.
Lead Bioinformatician
Emil Kriukov
Organoids: retina and beyond
Integrated multi-omics analysis
Scientific Associate
Postdoctoral fellow, MD
Volha Malechka
Ekaterina Ivleva
Opportunities and supervisors
Postdoctoral fellow, PhD
Nasrin Refaian
Transplantation and cell therapy development
The retina of the eye provides a unique setting to study and control donor cell fate on a single level. The lab focuses on cell and organoid transplantation, emphasizing the microenvironment and its role in donor cell maturation and integration.
We employ automation, artificial intelligence, and quantitative strategies to produce retinal and other organoids from human, tree shrew, and mouse stem cells. We are particularly interested in using this fascinating model to test therapies, study cell-cell interaction, model diseases, such as Alzheimer's, LHON, NAION, and glaucoma.
We perform deep advanced analysis of single-cell RNA-, ATAC-, ChIP-, VDJ-, and spatial-seq data, focusing on cell specification, maturation, and cell-to-cell communication in disease and regeneration. Species include humans, dogs, mice, and axolotl. The ultimate goal is to create a “digital eye” - in silico platform to model, explore and predict cell behavior in changing ecosystem.
Lead Bioinformatician
Emil Kriukov
Organoids: retina and beyond
Integrated multi-omics analysis
Scientific Associate
Postdoctoral fellow, MD
Volha Malechka
Ekaterina Ivleva
Opportunities and supervisors
Postdoctoral fellow, PhD
Nasrin Refaian
Transplantation and cell therapy development
The retina of the eye provides a unique setting to study and control donor cell fate on a single level. The lab focuses on cell and organoid transplantation, emphasizing the microenvironment and its role in donor cell maturation and integration.
We need your ideas and expertise to make Vision Restoration possible. Send your CV and short personal statement to Petr @ Mass Eye and Ear if you believe that the Journey is the Reward.
Submit the application
Interview
The support from funding agencies allows us to develop novel cell-based therapies for blinding diseases, educate patients, families and invest in the next generation of brilliant scientists, ophthalmologists, physicians and entrepreneurs. We are grateful to The Gilbert Family Foundation, National Eye Institute, BrightFocus Foundation, Massachusetts Lions Club, The Iraty Award, Research to Prevent Blindness and private donors. Each contribution brings us a step closer to our Audacious Goal of Vision Restoration.
How to apply
Wait for decision
We believe that the therapy development is a collaborative effort. We have extensive experience in partnering with pharmaceutical, biotech and academic labs around the world to move ideas from conception to clinical trial.
Summer school alumni
Submit your application
Made and designed by Emil Kriukov