Ravi Boya

Research Associate at @Upenn in @CreminsLab

[Kenneth Hoàng Phạm 🏳️‍🌈 @KennethHPham]

check out Rohan's FISHnet for sequential Oligopaint data, so lucky to have been a part of Rohan's project

[Jenn Cremins @CreminsLab]

Next up is MASTR-seq - a protocol for Cas9-based capture of target loci for multi-modal inquiry of short tandem repeat tracts and DNA methylation at single-allele resolution using Nanopore long read sequencing. Led by @chuanbin_su

[Jenn Cremins @CreminsLab]

We're excited to drop two new manuscripts on technologies for multi-modal single-allele or single-cell inquiry. First up: FISHnet - a computational method for finding domain-like chromatin structures in sequential Oligopaints imaging data. Led by @PatelRohanD and @KennethHPham

[Rohan Patel @PatelRohanD]

Howdy! I'm thrilled to introduce FISHnet, a computational tool designed to identify chromatin domains within sequential Oligopaints DNA FISH data.

Check it out on BioRxiv https://t.co/6Nn3DApYHr

🧵 ⬇️ ⬇️ ⬇️ (1/8).

[chuanbin @chuanbin_su]

Excited to introduce MASTR-seq, Multiplexed Analysis of Short Tandem Repeats, a multi-modal method for accurate sequencing of short tandem repeat tracts and DNA methylation across multiple samples. Now on biorxiv(https://t.co/08goWSzTl0). (1/6)

[Ravi Boya @Ravi_boya9]

Penn researchers uncover unexpected molecular pattern in FXS https://t.co/Muvob2QWJ5 via @PennMedicine

[Director, National Institute of Mental Health @NIMHDirector]

NIMH-supported research by @CreminsLab identified a widespread network of silenced gene locations that underly the onset of fragile X syndrome and related genetic disorders. https://t.co/OlR4SCp18N

[Peibo Xu | 许培博 @Michael_Xupb]

Congrats to my colleagues @CreminsLab! If you want something to read for the holiday, don't miss this gorgeous work!

Spatially coordinated heterochromatinization of long synaptic genes in fragile X syndrome: Cell https://t.co/nUS43Rdiig

[LomvardasLab @LomvardasLab]

Spatially coordinated heterochromatinization of long synaptic genes in fragile X syndrome: Cell https://t.co/DgYTR5F49O Amazing paper showing that CGG repeat expansion causes heterochromatin assembly at FMR1, but also a plethora of other genes in TRANS!

[Cell @CellCellPress]

In the latest issue! Spatially coordinated heterochromatinization of long synaptic genes in fragile X syndrome https://t.co/8ZJpuHdPBV

[Ravi Boya @Ravi_boya9]

Researchers uncover unexpected molecular pattern in fragile X syndrome https://t.co/x06L3RLA4K via @medical_xpress

[Penn Medicine @PennMedicine]

Penn researchers have found new disrupted #genes and an unexpected molecular pattern—dubbed BREACHes—related to the genetic disorder Fragile X Syndrome #FXS. @PennGenetics @pennbioeng @CreminsLab https://t.co/OQk0etInGA

[Ravi Boya @Ravi_boya9]

We are thrilled to share our latest work  @CellCellPress on the discovery of BREACHes linking to long-range inter-chromosomal interactions, synaptic gene silencing, and instability of the repetitive genome in fragile X syndrome. @CreminsLab,  @ericjoycelab, @FulcrumTx

[linda.zhou @lindazh0u]

We are very excited to share our findings on BREACHes using a human model of genome instability in fragile X syndrome with possible implications for other diseases with perturbations linked to genome instability! https://t.co/t68X7KxSUP. (1/18)

[Harshini Chandrashekar @HarshiniChandr8]

Excited to share our work from @CreminsLab at @KeystoneSymp today! Stop by our poster to chat about #3Dgenome and Alzheimer's! Partner-in-crime: Amazing PostDoc @simandi_zoltan ! #VKSChromatin22 #eSymposia

[suresh chava @sureshchava8]

@etihad @EtihadHelp @EtihadPremium changing layover from 6hrs to 30 hrs that’s too much of wait time. I am not happy with this did not expected from @etihad this is very terrible experience I ever had..@EtihadHelp never respond to calls to resolve issue Frustrated

[Zoltan Simandi @simandi_zoltan]

Happening today! Proudly presenting our work from
@CreminsLab at @KeystoneSymp #VKSChromatin22. Please stop by at our poster. We are here to help fight Alzheimer`s!!!