putingdong's profile picture. NIH/NIDCR K99/R00 Fellow at the ADA Forsyth Institute, 2024 Rising Star in Engineering in Health; PhD at Boston University

Pu-Ting Dong

@putingdong

NIH/NIDCR K99/R00 Fellow at the ADA Forsyth Institute, 2024 Rising Star in Engineering in Health; PhD at Boston University

My great honor, thank you!!@BostonU_BME

Pu-Ting Dong, one of the 20 BME Rising Stars, and a BU alumna, presents her work at her Lightening Talk Breakout Session.

BostonU_BME's tweet image. Pu-Ting Dong, one of the 20 BME Rising Stars, and a BU alumna, presents her work at her Lightening Talk Breakout Session.


Great event!!! Truly my great honor to be selected as a BU alumni!! @BostonU_BME

Welcome to our 20 Rising Stars on the first day of the workshop!

BostonU_BME's tweet image. Welcome to our 20 Rising Stars on the first day of the workshop!


Pu-Ting Dong reposted

Our work on host-generated tRNA fragments in inhibiting oral pathobiont Fusobacterium nucleatum just came on line @putingdong @ISMEJournal . The chemical modification improves efficacy at nM range. Works against clinical isolates from colorectal cancer. nature.com/articles/s4139…


Pu-Ting Dong reposted

Out today from the Shi lab @StimulatedRaman Adam optimization-based pointillism deconvolution (A-PoD) is a broadly applicable super-resolution deconvolution algorithm that enables super-res SRS microscopy! nature.com/articles/s4159…

naturemethods's tweet image. Out today from the Shi lab @StimulatedRaman Adam optimization-based pointillism deconvolution (A-PoD) is a broadly applicable super-resolution deconvolution algorithm that enables super-res SRS microscopy! nature.com/articles/s4159…

Pu-Ting Dong reposted

Our paper with @JMarkWelch, @MBLScience Revealing the microhabitat taxon specificity in corncobs structures of dental plaque is out! Here the link rdcu.be/cU1AL

vivikamorillo's tweet image. Our paper with @JMarkWelch, @MBLScience Revealing the microhabitat taxon specificity in corncobs structures of dental plaque is out! Here the link rdcu.be/cU1AL

Pu-Ting Dong reposted

In press. our paper with @JMcLean_UW, @BatbilegBor @JunLiuLab demonstrated the Exploitation of a Bacterium-Encoded Lytic Transglycosylase by a Human Oral Lytic Phage To Facilitate Infection @ageofthephage | Journal of Virology journals.asm.org/doi/10.1128/jv…


Pu-Ting Dong reposted

With some new additions, the Forsyth dentech CEO panel is all set. This star-studded panel includes some of the biggest names in oral health academia, industry, and venture capital. Join us for a riveting discussion on oral health innovation. @Sherlock_Bio forsyth.org/technology-dev…

ForsythResearch's tweet image. With some new additions, the Forsyth dentech CEO panel is all set. This star-studded panel includes some of the biggest names in oral health academia, industry, and venture capital. Join us for a riveting discussion on oral health innovation. @Sherlock_Bio forsyth.org/technology-dev…

Pu-Ting Dong reposted

Must read -- a comprehensive review of spatial profiling technologies, by three awesome friends and our previous #spatialomics seminar speakers @Prof_Lundberg, @hoheyn and Jeff Moffitt! nature.com/articles/s4157…


Photolysis of staphyloxanthin (golden pigment in the cell membrane of S. aureus) severely traumatizes S. aureus/MRSA. We then uncovered that photoinactivqtion of catalase sensitizes a wide range of pathogenic bacteria and fungi to ROS-producing agents!:):). @JieHui12

putingdong's tweet image. Photolysis of staphyloxanthin (golden pigment in the cell membrane of S. aureus) severely traumatizes S. aureus/MRSA. We then uncovered that photoinactivqtion of catalase sensitizes a wide range of pathogenic bacteria and fungi to ROS-producing agents!:):). @JieHui12
putingdong's tweet image. Photolysis of staphyloxanthin (golden pigment in the cell membrane of S. aureus) severely traumatizes S. aureus/MRSA. We then uncovered that photoinactivqtion of catalase sensitizes a wide range of pathogenic bacteria and fungi to ROS-producing agents!:):). @JieHui12
putingdong's tweet image. Photolysis of staphyloxanthin (golden pigment in the cell membrane of S. aureus) severely traumatizes S. aureus/MRSA. We then uncovered that photoinactivqtion of catalase sensitizes a wide range of pathogenic bacteria and fungi to ROS-producing agents!:):). @JieHui12
putingdong's tweet image. Photolysis of staphyloxanthin (golden pigment in the cell membrane of S. aureus) severely traumatizes S. aureus/MRSA. We then uncovered that photoinactivqtion of catalase sensitizes a wide range of pathogenic bacteria and fungi to ROS-producing agents!:):). @JieHui12

Pu-Ting Dong reposted

@AndreaGiometto’s talk was amazing. He described mechanical interaction and crowding effect on natural selection with extremely superb fluorescent colony imaging @HarvardMSI

Dr. Andrea Giometto shares some exciting findings on cell growth and motility. So many amazing findings being presented at todays @HarvardMSI annual symposium.

pgirguis's tweet image. Dr. Andrea Giometto shares some exciting findings on cell growth and motility. So many amazing findings being presented at todays @HarvardMSI annual symposium.


Pu-Ting Dong reposted

The next wave in Europe has begun

EricTopol's tweet image. The next wave in Europe has begun

Pu-Ting Dong reposted

The Journey Begins! Bor Lab new website is up and running. Please learn about our research, team members (@ot_chip, @chauhanD91, @JettLiu_), publications and many more on our website. @ForsythResearch borlab.org

BatbilegBor's tweet image. The Journey Begins! Bor Lab new website is up and running. Please learn about our research, team members (@ot_chip, @chauhanD91, @JettLiu_), publications and many more on our website. @ForsythResearch 

borlab.org

Pu-Ting Dong reposted

Wow — cells of the newly described bacterium Thiomargarita magnifica average ~1 cm in length, easily bigger than C. elegans nematodes or Drosophila fruit flies, and about 5,000 times the size of the bacteria most of us are studying. biorxiv.org/content/10.110…

victornizet's tweet image. Wow — cells of the newly described bacterium Thiomargarita magnifica average ~1 cm in length, easily bigger than C. elegans nematodes or Drosophila fruit flies, and about 5,000 times the size of the bacteria most of us are studying. 

 biorxiv.org/content/10.110…

Pu-Ting Dong reposted

Spatial-CUT&Tag! @ScienceMagazine, unfolding a new chapter of #spatialomics 🤗 . From my phenomenal postdoc @DengYanxiang of @YaleSEAS @YaleBME, @yalepathology @YaleMed @YaleCancer Thanks to awesome collaborators @GoCasteloBranco @marekbartosovic @PKukanja science.org/doi/10.1126/sc…


Pu-Ting Dong reposted

Excited to share this collaborative work @JMcLean_UW @BatbilegBor @bajenak published in @PNASNews. We present data showing the benefits of acquiring a novel pathway in the transition of Saccharibacteria (TM7) from environment to mammalian microbiome. pnas.org/content/119/2/…

Published today in @PNASNews, Forsyth researcher @he_xuesong & collaborator @JMcLean_UW have uncovered new insights about the genetic evolution of TM7, a group of ultra-small bacteria that have adapted to thrive living inside human mouths: forsyth.org/news/researche… #oralmicrobiome

ForsythResearch's tweet image. Published today in @PNASNews, Forsyth researcher @he_xuesong & collaborator @JMcLean_UW have uncovered new insights about the genetic evolution of TM7, a group of ultra-small bacteria that have adapted to thrive living inside human mouths: forsyth.org/news/researche… #oralmicrobiome


Pu-Ting Dong reposted

Some call her driven, attentive and thorough. Others say Nobel Prize laureate Emmanuelle Charpentier always looks for the unexpected. Herself, she quotes Louis Pasteur, “Chance favours the prepared mind”. Discover her path to the 2020 chemistry prize: bit.ly/33ID9RQ

NobelPrize's tweet image. Some call her driven, attentive and thorough. Others say Nobel Prize laureate Emmanuelle Charpentier always looks for the unexpected. Herself, she quotes Louis Pasteur, “Chance favours the prepared mind”.

Discover her path to the 2020 chemistry prize: bit.ly/33ID9RQ

Pu-Ting Dong reposted

Forsyth scientist @BatbilegBor presents his work showing that ultrasmall episymbiotic Saccharibacteria suppresses gingival inflammation and bone loss through host bacterial modulation. #forsythsymposium2021

ForsythResearch's tweet image. Forsyth scientist @BatbilegBor presents his work showing that ultrasmall episymbiotic Saccharibacteria suppresses gingival inflammation and bone loss through host bacterial modulation. #forsythsymposium2021

Pu-Ting Dong reposted

The event starts TOMORROW!

Register now for Forsyth’s Symposium (Oct.28th &29th) and Join a diverse group of scientists for networking and presentations on the latest research in #oralmicrobiome, biofilms, CPR, & more. #microbiology

he_xuesong's tweet image. Register now for Forsyth’s Symposium (Oct.28th &29th) and Join a diverse group of scientists for networking and presentations on the latest research in #oralmicrobiome, biofilms, CPR, & more. #microbiology


Pu-Ting Dong reposted

On 10/29 at 1:30pm (New York), join us for the inaugural leadership webinar "Breaking Through the Bamboo Ceiling: Asian Americans as Leaders in U.S. Academia". More info and registration👉t.ly/VM5c

CGCBeijing's tweet image. On 10/29 at 1:30pm (New York), join us for the inaugural leadership webinar "Breaking Through the Bamboo Ceiling: Asian Americans as Leaders in U.S. Academia". More info and registration👉t.ly/VM5c
CGCBeijing's tweet image. On 10/29 at 1:30pm (New York), join us for the inaugural leadership webinar "Breaking Through the Bamboo Ceiling: Asian Americans as Leaders in U.S. Academia". More info and registration👉t.ly/VM5c

Pu-Ting Dong reposted

The quest to understand the maternal microbiota has uncovered exciting new discoveries about immune development in early life, while also transforming our understanding of how certain traits and diseases are passed through generations. fcld.ly/ook0glu #ScienceMagArchives

ScienceMagazine's tweet image. The quest to understand the maternal microbiota has uncovered exciting new discoveries about immune development in early life, while also transforming our understanding of how certain traits and diseases are passed through generations. fcld.ly/ook0glu #ScienceMagArchives

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