Rossi Lab staff members Min Zhang and Daniel Lee recently demonstrated a clear understanding of how to use NVIDIA technology (RTX A5000 GPU) to accelerate the labs research and significantly impact the success of many AI, data science, and imaging registration projects on the horizon.
Rossi Lab in conjunction with the UPMC Concussion group is first to precisely evaluate fixational eye movements in patients following concussion. Recent results published in Journal of Vision featured in the US Department of Defense (DoD) Blast Injury Research Coordinating Office Research Highlights, Pittsburgh Post-Gazette and Inside UPMC
i2Eye 2021: Fourth Annual Autumn Course on Innovative Imaging in Eye Disease
Recordings of the talks can be found here
Fight for Sight/American Macular Degeneration Foundation 2021 Summer Student Fellowship Awarded to Terrence Ahlin
Terrence is a second-year medical student at Lake Erie College of Osteopathic Medicine (LECOM). With support from these organizations, Terrence will be able to complete a project entitled An Improved Detection Scheme for Fluorescence Adaptive Ophthalmoscopy to Enable Quantification of Retinal Pigmented Epithelium Structure and Spectral Fluorescence in Aging and Age-Related Macular Degeneration.
Manuscript "Strip-based digital image registration for distortion minimization and robust eye motion measurement from scanned ophthalmic imaging systems." has recently been accepted by Biomedical Optics Express. The corresponding source code will be released on our website soon.
Innovative Imaging of Eye disease
The third Autumn course on Innovative Imaging in Eye Disease, scheduled as an online conference, October 12-14, 2020. This year, we expanded the multidisciplinarity through sessions mixing physicists, biologists and ophthalmologists around specific medical issues related to ocular imaging. This is a unique opportunity to combine fields of knowledge for a better understanding of diseases and ultimately for better clinical care. Similar to the speakers, the audience is expected to be a mix of physicists, biologists and ophthalmologists. Details of the talks can be found here.
We were very pleased to have Pavan Tiruveedhula and his family visit us in Pittsburgh shortly after the new year. Pavan's software and hardware innovations for AOSLO and TSLO have been instrumental for our laboratory and it was truly an honor to welcome him to Pittsburgh.
Rossi Lab gets recognition in UPMC Vision and Rehabilitation Tower Sneak Peek Article.
Dr Rossi and staff presents their first Lunch and Learn funded by the WordOut grant they received in conjunction with the JCC AgeWell division. Three lunch and learn sessions will be held between now and the Spring of 2020- helping to inform and educate the community about vision research and the techniques/studies being used in Rossi Lab and within UPMC.
HHMI (Howard Hughes Medical Institute) Summer Fellowship 2019 Mentor Presentations
By receiving the HHMI Fellowship, Grace Eddy was able to continue her data analysis in Rossi Lab this summer and presented her findings on Thursday August 1, 2019. Grace gave a wonderful presentation on AMD phenotypic data in correlation with DNA results.
Rossi Lab attended 2019 ARVO annual meeting
Kari Vienola presented "Visualizing near-infrared autofluorescence from retinal pigment epithetical cells in age-related macular degeneration using multi-wavelength excitation" at the Imaging the Eye conference.
New postdoc, Elena Gofas-Salas presented "Investigating retinal disease with in vivo near infrared autofluorescence adaptive optics imaging of retinal pigment epithelium" at the ARVO annual meeting.
Bianca Leonard gave an oral presentation about her ongoing work with TSLO as, "Fixational eye movements (FEMs) following concussion." at the ARVO annual meeting as well.
Rossi Lab welcomes three undergrad students for the Spring 2019 semester
Hope Reecher ('21) , Bharadwaj Chirravuri ('22) , & Emory Verstraete ('21) will be working on data analysis and image processing for the study"Tracking Recovery from Concussion by Monitoring Retinal Fixational Eye Motion with TSLO." The students will simultaneously learn key concepts of vison science, while gaining basic research skills. We look forward to their contributions and involvement with our lab over the next couple months.
This years event showcased over 100 posters in two sessions, Bianca presented her ongoing work with TSLO as, "Fixational eye movements (FEMs) following concussion." Experts, including Dr. Rossi, discussed the neuroscience of sight in the Brain Day Keynote Panel "From Vision to Vision Restoration." Brain Day helps to educate advocacy groups and individuals about the ongoing research at Pitt and provides them with an opportunity to interact with experts in the field. Furthermore, it helps explore ways to advance brain research with key collaborations and cutting edge technology.
Autumn Course on Adaptive Optics Imaging, Quinze-Vingts Hospital & Institut Langevin Paris, France
Dr Rossi attended and presented at this event on Ganglion Cells and RPE imaging.
Rossi Lab attended CMU's Forum on Biomedical Engineering where about 300 participants attended the Forum, from CMU, University of Pittsburgh, and 21 other institutions. The forum consisted of keynote and plenary talks, plenary panel discussions, and close to 100 poster presentations in the frontiers of biomedical engineering by authors from 33 institutions.
Austin Roorda PhD, University of California Berkeley visits Rossi Lab.
Co-Founders Dr. Christy Sheehy and Dr. Zack Helft of C.Light Technologies came to set up the TSLO system.
CFAO Fall Retreat Vision Science Workshop
The Center for Adaptive Optics (CfAO) Fall Science Retreat provides a forum for researchers in the adaptive optics field to share current results and plan future collaborations.
There were four topical workshops dedicated to active research areas. The fall retreat will continue to host education, outreach, and professional development programs for young researchers in the field.
Pirates vs LA Dodgers : Lab outing
The solar eclipse of August 21, 2017, dubbed "The Great American Eclipse" by the media, was a total solar eclipse visible within a band that spanned the entire contiguous United States, passing from the Pacific to the Atlantic coasts. Rossi lab made their own pinhole projector to take part in the viewing.