STEMURO Stem Cell Urology Working Group (@stemcellurology) 's Twitter Profile
STEMURO Stem Cell Urology Working Group

@stemcellurology

🧫🔬 Non-profit research group fostering collaboration & innovation in stem cell therapy for urological disorders. Co-founders: @moabouchakra @hbaillymd

ID: 1638282574467420196

linkhttp://stemuro.com calendar_today21-03-2023 20:53:17

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Regenlab_UK (@regenlab_uk) 's Twitter Profile Photo

When looking for a suitable treatment to address erectile dysfunction, PRP can help restore a healthy sex life by addressing several common issues, including: - Erectile dysfunction - Weak erections and/ or orgasms - Limited sexual sensation - Penile curvature #regenlab

When looking for a suitable treatment to address erectile dysfunction, PRP can help restore a healthy sex life by addressing several common issues, including:

- Erectile dysfunction
- Weak erections and/ or orgasms
- Limited sexual sensation
- Penile curvature

#regenlab
ISSM Sexual Medicine Journals (ISMJ) (@sexmedjournals) 's Twitter Profile Photo

New study: Testosterone therapy (TTh) in women with sexual dysfunction shows lower risk of major adverse cardiac events (MACE) & breast cancer compared to controls, according to TriNetX Diamond Network data. Read more: academic.oup.com/jsm/advance-ar…

New study: Testosterone therapy (TTh) in women with sexual dysfunction shows lower risk of major adverse cardiac events (MACE) & breast cancer compared to controls, according to TriNetX Diamond Network data. Read more: academic.oup.com/jsm/advance-ar…
Cell Therapy News (@celltherapynews) 's Twitter Profile Photo

🔬 Scientists reported on the first-in-human clinical trial 🩺 using CAR T-cells targeting CD37, an #antigen highly expressed in B- and T-cell malignancies. 🩸 @BloodJournal | bit.ly/3QYUaiI

🔬 Scientists reported on the first-in-human clinical trial 🩺 using CAR T-cells targeting CD37, an #antigen highly expressed in B- and T-cell malignancies.

🩸 @BloodJournal | bit.ly/3QYUaiI
Elsevier Stem Cell (@elsstemcell) 's Twitter Profile Photo

Are you interested to learn more about CRISPR-based Cell Therapy? Hear about advancements in CRISPR Technology and its application in treating Hematologic Diseases in our live webinar on June 7th at 14:00 CEST. Join for free! spkl.io/601944t1U

ICS (@icsoffice) 's Twitter Profile Photo

📖 This case study aims to develop a new simple and practical classification of male urinary incontinence (UI) based on the clinical features and type of urinary incontinence. Read more here: doi.org/10.1016/j.cont… #UrinaryIncontinence #Incontinence #Postprostatectomy

📖 This case study aims to develop a new simple and practical classification of male urinary incontinence (UI) based on the clinical features and type of urinary incontinence.

Read more here: doi.org/10.1016/j.cont…

#UrinaryIncontinence #Incontinence #Postprostatectomy
World Stem Cell Summit (@wscsummit) 's Twitter Profile Photo

With more than 4 million people turning 65 in 2024, an expert in psychology and #aging explains why so many of them are thriving like never before. (via Kiplinger) ow.ly/4Z5g50RXPIz

Stem Cell Network (@stemcellnetwork) 's Twitter Profile Photo

Showcase the beauty of cells in the Cells I See Art Contest at #TMM2024. 🧬 Submit your entry for a chance to win cash prizes and be featured in the Cells I See Art Gallery. The deadline for submissions is Friday, September 6, 2024. ➡️ tillandmcculloch.ca/event/b2d91653… CCRM

Showcase the beauty of cells in the Cells I See Art Contest at #TMM2024. 🧬 Submit your entry for a chance to win cash prizes and be featured in the Cells I See Art Gallery.

The deadline for submissions is Friday, September 6, 2024. ➡️ tillandmcculloch.ca/event/b2d91653… <a href="/CCRM_ca/">CCRM</a>
Cell Therapy News (@celltherapynews) 's Twitter Profile Photo

🔬 Scientists at The University of Edinburgh introduced an agent-based model (ABM), built upon a previous ABM, to rationalize the outcomes of different 🧫 #CART-cells therapies strategies over heterogeneous #tumor-derived #organoids. 📖 Scientific Reports | go.nature.com/3VkeJZB

🔬 Scientists at <a href="/EdinburghUni/">The University of Edinburgh</a> introduced an agent-based model (ABM), built upon a previous ABM, to rationalize the outcomes of different 🧫 #CART-cells therapies strategies over heterogeneous #tumor-derived #organoids.

📖 <a href="/SciReports/">Scientific Reports</a> | go.nature.com/3VkeJZB
Cell Stem Cell (@cellstemcell) 's Twitter Profile Photo

Don’t miss your chance to chat “Vascularized kidney organoids for drug testing and disease modeling“ with Jennifer Lewis Jennifer A. Lewis Harvard University CSOrganoids2024. Abstract deadline today! hubs.li/Q02ySmDS0

Don’t miss your chance to chat “Vascularized kidney organoids for drug testing and disease modeling“ with Jennifer Lewis <a href="/JenniferALewis1/">Jennifer A. Lewis</a> <a href="/Harvard/">Harvard University</a> CSOrganoids2024. Abstract deadline today! hubs.li/Q02ySmDS0
ICS (@icsoffice) 's Twitter Profile Photo

We are pleased to announce a new feature for ICS 2024 Madrid; Simultaneous Translation. The service will ensure all attendees can engage with the latest research & discussions in continence care without language barriers! Learn more: ics.org/2024/translati… #ICS2024 #ICSMeeting

We are pleased to announce a new feature for ICS 2024 Madrid; Simultaneous Translation. The service will ensure all attendees can engage with the latest research &amp; discussions in continence care without language barriers!

Learn more: ics.org/2024/translati… 
#ICS2024 #ICSMeeting
Let's Talk Science (@letstalkscience) 's Twitter Profile Photo

A special thank you to Fondation familiale Trottier for their Visionary support of Let's Talk Science! Their commitment to preparing Canadian children for the 21st century through STEM-based competencies is shaping a brighter future. Thank you for your transformative impact! #SupporterSaturday

A special thank you to <a href="/TrottierFdn/">Fondation familiale Trottier</a>  for their Visionary support of Let's Talk Science! Their commitment to preparing Canadian children for the 21st century through STEM-based competencies is shaping a brighter future. Thank you for your transformative impact! #SupporterSaturday
ESC & iPSC News (@esc_ipsc_news) 's Twitter Profile Photo

🔬 Researchers revealed the pivotal role of RNA-binding motif protein 46 in #ESCs, acting as a direct post transcriptional regulator of ROS levels by modulating BCL2/adenovirus E1B 19 kDa protein-interacting protein 3 mRNA expression. 🔗 bit.ly/3KlCt9v

🔬 Researchers revealed the pivotal role of RNA-binding motif protein 46 in #ESCs, acting as a direct post transcriptional regulator of ROS levels by modulating BCL2/adenovirus E1B 19 kDa protein-interacting protein 3 mRNA expression.

🔗 bit.ly/3KlCt9v
Organoid News (@organoidscience) 's Twitter Profile Photo

📖 The methods for establishing cartilage #organoids are summarized and an overview of the advantages and limitations of using 🧪 #matrigel in the cultivation of such organoids is provided. 👉 bit.ly/3wJyXTe

📖 The methods for establishing cartilage #organoids are summarized and an overview of the advantages and limitations of using 🧪 #matrigel in the cultivation of such organoids is provided.

👉 bit.ly/3wJyXTe
ESC & iPSC News (@esc_ipsc_news) 's Twitter Profile Photo

🐔 *cluck* *cluck* Check out this study that confirmed that early infection with J avian leukosis virus can accelerate the differentiation of chicken ESCs and promote the secretion of exosomes. 💬 More here: bit.ly/4e5iRno

🐔 *cluck* *cluck*  

Check out this study that confirmed that early infection with J avian leukosis virus can accelerate the differentiation of chicken ESCs and promote the secretion of exosomes. 

💬 More here: bit.ly/4e5iRno
Organoid News (@organoidscience) 's Twitter Profile Photo

Investigators established 🎥 live-imaging #organoid/peripheral 🩸 blood mononuclear cells co-cultures, introducing OrganoIDNet, a deep-learning-based algorithm, capable of analyzing bright-field images of PDAC organoids acquired with live-cell imaging. 📖 bit.ly/3X8MEG3

Investigators established 🎥 live-imaging #organoid/peripheral 🩸 blood mononuclear cells co-cultures, introducing OrganoIDNet, a deep-learning-based algorithm, capable of analyzing bright-field images of PDAC organoids acquired with live-cell imaging.

📖 bit.ly/3X8MEG3
ISSM Sexual Medicine Journals (ISMJ) (@sexmedjournals) 's Twitter Profile Photo

Understanding testosterone (T) fluctuations is crucial for diagnosing and treating testosterone deficiency (TD) in men. A study found no significant differences in T levels between morning and afternoon tests in 506 men, younger men showed more variation: ow.ly/3h9y50RreaK

Understanding testosterone (T) fluctuations is crucial for diagnosing and treating testosterone deficiency (TD) in men. A study found no significant differences in T levels between morning and afternoon tests in 506 men,  younger men showed more variation: ow.ly/3h9y50RreaK
Stem Cell Network (@stemcellnetwork) 's Twitter Profile Photo

We're seeking early and mid-career researchers in #StemCell and #RegenMedicine to join our Early Career Researcher Committee (ECRC)! 🧬 As part of ECRC, you'll support the growth of ECRs and contribute to building world-class research programs. Apply. ➡️ stemcellnetwork.ca/about-us/commi…

We're seeking early and mid-career researchers in #StemCell and #RegenMedicine to join our Early Career Researcher Committee (ECRC)! 🧬

As part of ECRC, you'll support the growth of ECRs and contribute to building world-class research programs. Apply. ➡️ stemcellnetwork.ca/about-us/commi…
ESC & iPSC News (@esc_ipsc_news) 's Twitter Profile Photo

Scientists alongside Dr. Anish Dattani showed that human naive PSC to hypoblast differentiation proceeds via reversion to a transitional inner cell mass-like state from which the hypoblast emerges in concordance with the trajectory in human #blastocysts. bit.ly/3RiYxFr

Scientists alongside Dr. <a href="/anish_dattani/">Anish Dattani</a> showed that human naive PSC to hypoblast differentiation proceeds via reversion to a transitional inner cell mass-like state from which the hypoblast emerges in concordance with the trajectory in human #blastocysts.

bit.ly/3RiYxFr