Ryun yu biography of abraham

  • Former Emergency Physician with training in
    1. Ryun yu biography of abraham


    Renyu Hu

    Skip Navigation

    Biography

    Dr. Renyu Hu is an expert in the physical and chemical processes, evolution, radiative transfer, and remote sensing of planetary and exoplanetary atmospheres. Dr. Hu received his Ph.D. in planetary science from the Massachusetts Institute of Technology in 2013, and joined JPL as a research scientist in 2015. Dr. Hu developed, from the first principles, a general-purpose photochemical and thermochemical model for exploring the diversity of exoplanets, which has led to the first classification framework of mini-Neptunes, a search strategy for helium-atmosphere exoplanets, and the prediction of an O2-CO runaway state on M stars' rocky planets. He also pioneered the method to detect minerals on bare-rock exoplanet surfaces. In addition to exoplanets, Dr. Hu uses stable isotopes to study the evolution of planetary atmospheres. For example, his research has led to evidence for a moderately dense early atmosphere on Mars, probably having a substantial fraction of nitrogen. Through these and many other research projects, Dr. Hu's research group has played a significant role in both the deep characterization of exoplanets and the debate on the ancient climate of Mars, leading multiple efforts to characterize exoplanets using Hubble, Spitzer, TESS, and JWST. Dr. Hu is a member of the Science, Technology, and Architecture Review Team (START) of the Habitable Worlds Observatory, and is leading the “Characterizing Exoplanets” sub working group. Dr. Hu is the Starshade Scientist of the NASA Exoplanet Exploration Program, providing scientific leadership to the Starshade Technology Development to TRL-5 (S5) activity.

    Education

    • Ph.D. Planetary Science, Massachusetts Institute of Technology (2013)
    • M.S. Astrophysics, Tsinghua University (2009)
    • Diplome d'Ingenieur, Ecole Centrale Paris (2009)
    • B.S. Mathematics and Physics, Tsinghua University (2007)

    Professional Experience

    • Jet Propulsion Laboratory
      • Research Sci
  • Journey with Melanin Origins
  • We are a multidisciplinary group of engineers, scientists, and clinicians (and future clinicians) with interests in musculoskeletal health and rehabilitation across the lifespan.

    Lab PI
    Assistant Professor (Tenure-track) in the Department of Orthopaedic Surgery

    BS: Mechanical Engineering, Michigan Tech
    MS: Mechanical Engineering, Michigan Tech
    PhD: Mechanical Engineering, Colorado State University
    Postdoc: Orthopaedic Surgery, Washington University in St Louis
    Postdoc: Orthopaedic Surgery, Columbia University

    Expertise: inflammation and immunity; tendon aging and degeneration; biomechanics; microphysiological systems

    Email: adaabrah@med.umich.edu

    Lab PI
    Associate Professor (Tenured) in theDepartment of Orthopaedic Surgery
    Associate Chair
    Joint Faculty: Molecular and Integrative Physiology
    Associate Faculty: Biomedical Engineering

    BS: Biomedical Engineering, Michigan Tech
    MS: Movement Science, Montana State University
    PhD: Biomedical Engineering, Michigan Tech
    Postdoc: Orthopaedic Surgery, Washington University in St Louis

    Expertise: tendon and enthesis development and healing; mechanobiology; optogenetics; writing things on white boards.

    About me: I am originally from Erie, MI (close to Toledo) and love running, eating food that Adam makes, and watching sci fi shows and Bake Off. Our cat named Absaroka (Abbie) has taken over my instagram (@meganlkillian).  

    Favorite thing about Ann Arbor: Sports! Go Blue! 

    Email: mlkillia@med.umich.edu

    Research Lab Specialist

    BS and PhD from Washington University in St Louis

    Expertise: Imaging (light and x-ray), biomechanics, mouse husbandry, making signs for lab

    About me: I love cycling and running so I decided to pick up swimming to do triathlons. I have begun investing in bikes, but am always searching for more. 

    What is your favorite thing about Ann Arbor: Very excited for the lack of humidity. Also I’m loving the Border 2 Border trail. 

    Email: migotskn@med.umich.edu

    Postdoctoral f

  • Our research involves interrogating signalling
  • Profile

    I obtained my Ph.D. from the University of British Columbia under the supervision of Professor Marcel Bally, developing lipid membrane nanoparticle delivery systems which founded my interest in cancer therapeutics, lipid bilayer chemistry and nano-based structures. My Ph.D. thesis and first 1st authored publication served as the basis of my inventorship toward the development of the FDA approved (2017) liposomal formulation VyxeosTM. Completed clinical trials demonstrate that VyxeosTM treatment doubles the overall median survival rate and reduces the risk of death by 31% for patients with acute myeloid leukaemia (AML). AML, the most common of all adult leukaemias, has the poorest survival rates with pharmacological treatment remaining unchanged for 30 years. After my Ph.D., I carried out a doctoral fellowship in cellular biology supported by the Natural Science and Engineering Research Council (NSERC) with Professor Paul Lehner at the University of Cambridge studying RING ubiquitin E3 ligases that regulate immune receptors. I completed a second post doctorate with Professor Tessa Holyoake, funded by Bloodwise that involved investigating critical pathways in chronic myeloid leukaemia (CML). This study was the first comparative proteomic screen of normal vs CML stem cells with the identification of a therapeutic regimen based on in silico analyses. Our strategy targeting multi-connected nodes based on network analyses proved superior to treatment with the most successful rationally-designed drug of the last century: Imatinib.

    Visit Lab Webpage

    Research Programme Focus

    Our research involves interrogating signalling events critical to the development and maintenance of both normal haematopoietic and cancer stem cells. To accomplish this, our research integrates biochemical and molecular biological techniques, primary human tissue culturing techniques, nanoparticle characterization and sizing, chromatography, mass spectrometry (MS), RN

    Abraham Feder began his tenure with the Detroit Symphony Orchestra as Assistant Principal Cello in the fall of 2018. Prior to his appointment, he was a member of the Dallas Symphony Orchestra. During the summer of 2018, he served as Assistant Principal Cello of the Santa Fe Opera. Feder began his orchestral career as Principal Cello of the Sarasota Orchestra and as cellist of the Sarasota String Quartet from 2008–2016.

    Feder has been featured as a soloist with the Sarasota Orchestra, the Duluth Superior Symphony Orchestra, the Orchestra of the Americas, and the Chicago Youth Symphony Orchestra. In 2013, as a member of the Chroma Quartet, he founded the Tuesdays with Chroma concert series in Sarasota.

    An avid chamber musician, Feder has performed with Ricardo Morales, Amy Oshiro Morales, and Kerri Ryan of the Philadelphia Orchestra; Michelle Kim, Assistant Concertmaster of the New York Philharmonic; Richard Hirschl, Brant Taylor, Kenneth Olson, and Yuan-Qing Yu of the Chicago Symphony Orchestra (CSO); Stephen Balderston, former Assistant Principal Cello of the CSO; Desomd Hoebig, former Principal Cello of the Cleveland Orchestra; Danielle Belen; Joseph Silverstein; Ray Chen; Christopher O’Riley; and Leonidas Kavakos.

    Feder earned his master’s degree under the tutelage of Desmond Hoebig at Rice University's Shepherd School of Music. He received a Bachelor of Music at The Curtis Institute of Music where he studied with David Soyer and Peter Wiley. His teachers have also included Richard Hirschl and Tanya Carey.