Michael A. Rudnicki (@mrudnickiohri) 's Twitter Profile
Michael A. Rudnicki

@mrudnickiohri

Michael Rudnicki is a Senior Scientist and the Director of the Regenerative Medicine Program and the Sprott Centre for Stem Cell Research at the Ottawa Hospital

ID: 1265348332634943488

linkhttp://www.ohri.ca/profile/mrudnicki calendar_today26-05-2020 18:25:35

130 Tweet

947 Followers

105 Following

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

Don’t miss this great opportunity! Rudnicki Lab @ottawahospital Research Institute is currently seeking innovative and creative #scientists to apply for faculty positions in the Regenerative Medicine Program. For more details and to apply visit: ohri.ca/Careers/Detail… #hiring

Don’t miss this great opportunity! <a href="/Rudnicki_Lab/">Rudnicki Lab</a> @ottawahospital Research Institute is currently seeking innovative and creative #scientists to apply for faculty positions in the Regenerative Medicine Program. For more details and to apply visit: ohri.ca/Careers/Detail…  #hiring
Rudnicki Lab (@rudnicki_lab) 's Twitter Profile Photo

Today #RudnickiLab wishes farewell to Dr. Alex Lin (Alex Lin ), a postdoctoral fellow in our lab. Thank you for all your hard work, and congratulations on your well-deserved success. You can now find him working in an exciting position at Health Canada and PHAC!🎉

Today #RudnickiLab wishes farewell to Dr. Alex Lin (<a href="/_a_lin/">Alex Lin</a> ), a postdoctoral fellow in our lab. Thank you for all your hard work, and congratulations on your well-deserved success. You can now find him working in an exciting position at <a href="/GovCanHealth/">Health Canada and PHAC</a>!🎉
Rudnicki Lab (@rudnicki_lab) 's Twitter Profile Photo

#RudnickiLab in Italy! 🇮🇹 This week, Dr. Bahareh Hekmatnejad (postdoctoral fellow) and John Saber (PhD candidate) have showcased interesting findings from our research at the #MyogenesisGordonResearchConference Gordon Research Conferences Gordon Myogenesis Conference 2023 (GRC/GRS)

#RudnickiLab in Italy! 🇮🇹
This week, Dr. Bahareh Hekmatnejad (postdoctoral fellow) and John Saber (PhD candidate) have showcased interesting findings from our research at the #MyogenesisGordonResearchConference <a href="/GordonConf/">Gordon Research Conferences</a> <a href="/GordonGrc/">Gordon Myogenesis Conference 2023 (GRC/GRS)</a>
Michael A. Rudnicki (@mrudnickiohri) 's Twitter Profile Photo

My son Jonathan graduated from Carleton University with his Masters in Journalism. Congratulations Jonathan!! Very proud. lnkd.in/ektY6-pj

Michael A. Rudnicki (@mrudnickiohri) 's Twitter Profile Photo

The Regenerative Medicine Program at the Ottawa Hospital Research Institute has multiple Faculty Positions open for recruitment!!!!! lnkd.in/g_78UmAi

Michael A. Rudnicki (@mrudnickiohri) 's Twitter Profile Photo

Another important milestone for SAT-3247, our lead drug candidate in #Duchenne #musculardystrophy! #raredisease #rarediseases #PRV

Michael A. Rudnicki (@mrudnickiohri) 's Twitter Profile Photo

Happy to share more from the large animal study of SAT-3247, our lead drug candidate in #Duchenne #musculardystrophy. These are important data in confirming the improved muscle regeneration and muscle function that we’ve seen in the mdx mouse models after treatment with SAT-3247.

Satellos Bioscience (@satellosbio) 's Twitter Profile Photo

Today, we are excited to announce the acceptance of our regulatory filing that allows us to begin our Phase 1 clinical trial with SAT-3247. We look forward to beginning enrollment in the study and dosing our first participant. Read the release for more details:

Today, we are excited to announce the acceptance of our regulatory filing that allows us to  begin our Phase 1 clinical trial with SAT-3247. We look forward to beginning enrollment in the study and dosing our first participant.

Read the release for more details:
Satellos Bioscience (@satellosbio) 's Twitter Profile Photo

Our CEO Frank Gleeson spoke with Clinical Trials Arena about the details of our upcoming #clinicaltrials for SAT-3247, which we are developing as a novel #smallmolecule medicine for #Duchenne #musculardystrophy. Read the article here: clinicaltrialsarena.com/news/satellos-… #raredisease #rarediseases

Our CEO <a href="/frank_satellos/">Frank Gleeson</a> spoke with <a href="/TrialsArena/">Clinical Trials Arena</a> about the details of our upcoming #clinicaltrials for SAT-3247, which we are developing as a novel #smallmolecule medicine for #Duchenne #musculardystrophy.

Read the article here: clinicaltrialsarena.com/news/satellos-…

#raredisease #rarediseases
Michael A. Rudnicki (@mrudnickiohri) 's Twitter Profile Photo

This interview showcases not only the science behind Satellos Bioscience, but also the determination Frank Gleeson and I share to provide new hope for those who live valiantly with Duchenne muscular dystrophy and other degenerative muscle diseases. Well worth the listen!

Satellos Bioscience (@satellosbio) 's Twitter Profile Photo

Satellos Co-founder and CEO Frank Gleeson will be speaking at the @DefeatDuchenne Family Forum, a national education program specifically designed for families living with Duchenne muscular dystrophy. Frank will discuss the company’s lead drug candidate that is designed to

Satellos Co-founder and CEO <a href="/frank_satellos/">Frank Gleeson</a> will be speaking at the @DefeatDuchenne Family Forum, a national education program specifically designed for families living with Duchenne muscular dystrophy.

Frank will discuss the company’s lead drug candidate that is designed to
Michael A. Rudnicki (@mrudnickiohri) 's Twitter Profile Photo

It's incredibly rewarding to see years of research progress to this milestone. The first participant has been dosed in the Phase 1 clinical study of SAT-3247! This brings us one step closer to changing how #Duchenne #musculardystrophy is treated. #ScienceInAction

Satellos Bioscience (@satellosbio) 's Twitter Profile Photo

When you're designing a drug for a patient population that is severely compromised or facing additional challenges, efficacy isn't the only consideration. The end goal is an easy to administer medication with a benign side effect profile that could fit well into a full regimen of