Carl Campugan (@carlcampugan_) 's Twitter Profile
Carl Campugan

@carlcampugan_

A junior egg detective 🕵️‍♂️🥚@UniofAdelaide and @UniofNottingham || Part of the @UniofA_Embros team

ID: 1411135638326312962

calendar_today03-07-2021 01:32:30

12 Tweet

39 Followers

54 Following

Carl Campugan (@carlcampugan_) 's Twitter Profile Photo

Yours truly was just featured in today's @aipolsci Instagram ☺ instagram.com/p/CS-wNYtp_VE/… Also to be featured are some of the passionate researchers that make up @UofA_embros. Read more about us and our research at @aipolsci Instagram for future posts. #scicomm #stem #science

Yours truly was just featured in today's @aipolsci Instagram ☺

instagram.com/p/CS-wNYtp_VE/…

Also to be featured are some of the passionate researchers that make up @UofA_embros. 

Read more about us and our research at @aipolsci Instagram for future posts.

#scicomm #stem #science
Carl Campugan (@carlcampugan_) 's Twitter Profile Photo

Excited to share with you all my most recent publication which investigates the impact of narrow band light wavelengths on embryo development. Our results challenge the current belief of longer wavelength light being safer for developing embryos. Read @ rdcu.be/cQhVj

Excited to share with you all my most recent publication which investigates the impact of narrow band light wavelengths on embryo development. Our results challenge the current belief of longer wavelength light being safer for developing embryos. Read @ rdcu.be/cQhVj
Reproductive Success Team (@repro_success) 's Twitter Profile Photo

Our latest publication by Dr Tiffany Tan documents the exciting new chapter of non-invasive optical imaging of NAD(P)H and FAD, validating its robustness as a safe metabolic assay to potentially assess oocyte quality 🌟 Read @ doi.org/10.1093/biolre… Uni of Adelaide Robinson Research Institute

Our latest publication by <a href="/TiffanyCYTan/">Dr Tiffany Tan</a> documents the exciting new chapter of non-invasive optical  imaging of NAD(P)H and FAD, validating its robustness as a safe metabolic assay to potentially assess oocyte quality 🌟 Read @ doi.org/10.1093/biolre…
<a href="/UniofAdelaide/">Uni of Adelaide</a> <a href="/RobsInstitute/">Robinson Research Institute</a>
Science girl (@gunsnrosesgirl3) 's Twitter Profile Photo

Interacting vortices The centre of smoke rings move the fastest and have the lowest pressure, (Bernoulli’s principle) Because of the speed the centre is travelling, the sides curl back on themselves and are drawn into the centre from the back 1/2

Optical Manipulation Group, St Andrews (@opticmanip) 's Twitter Profile Photo

Congratulations to Philip Wijesinghe, stella corsetti, Darren Chow, Shuzo Sakata and Kylie Dunning - our work on experimentally unsupervised deconvolution for light-sheet microscopy with propagation-invariant beams was published this week in LightSciAppl doi.org/10.1038/s41377…

Centre of Light for Life (@centrelightlife) 's Twitter Profile Photo

We are delighted to announce that the Centre is part of a new Australian Research Council ARC Centre of Excellence in Optical Microcombs for Breakthrough Science led by RMIT University Arnan Mitchell, with Kishan as the node leader for Uni of Adelaide! Excited to see what the future holds!

Dr Tiffany Tan (@tiffanycytan) 's Twitter Profile Photo

Good job Dr Megan Lim presenting on how the use of a fabricated microscale device has the potential to simplify cryopreservation of oocytes or embryos - a process routinely used in the clinic. ESA-SRB-ANZBMS Suliman Yagoub Robinson Research Institute CNBP @UofA_embros Fertilis

Good job <a href="/megan_lhz/">Dr Megan Lim</a> presenting on how the use of a fabricated microscale device has the potential to simplify cryopreservation of oocytes or embryos - a process routinely used in the clinic. <a href="/ESASRB/">ESA-SRB-ANZBMS</a> <a href="/SulimanYagoub/">Suliman Yagoub</a> <a href="/RobsInstitute/">Robinson Research Institute</a> <a href="/CNBPscience/">CNBP</a> @UofA_embros <a href="/Fertilisivf/">Fertilis</a>
Carl Campugan (@carlcampugan_) 's Twitter Profile Photo

Such a wonderful opportunity to have been able to present part of my work on better understanding the cumulus matrix as an indicator for oocyte developmental competence #aipcongress2022