home.social

#retinal — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #retinal, aggregated by home.social.

  1. #FYI #PaulBeckwith video lecture #phototrophy #photosynthesis #chlorophyll #retinal #ATP #plants #microorganisms #evolution #biology #biochemistry #science

    Paul & Newton introduce a highly interesting paper on how and why plants/microorganisms developed #energy production from #sunlight twice differently.

    (And yes, we also have rhodopsin in our eyes, we "see" with it. From the incoming light it produces electric signals for the brain.)

    youtube.com/watch?v=6qX0S87YSLA

  2. #FYI #PaulBeckwith video lecture #phototrophy #photosynthesis #chlorophyll #retinal #ATP #plants #microorganisms #evolution #biology #biochemistry #science

    Paul & Newton introduce a highly interesting paper on how and why plants/microorganisms developed #energy production from #sunlight twice differently.

    (And yes, we also have rhodopsin in our eyes, we "see" with it. From the incoming light it produces electric signals for the brain.)

    youtube.com/watch?v=6qX0S87YSLA

  3. #FYI #PaulBeckwith video lecture #phototrophy #photosynthesis #chlorophyll #retinal #ATP #plants #microorganisms #evolution #biology #biochemistry #science

    Paul & Newton introduce a highly interesting paper on how and why plants/microorganisms developed #energy production from #sunlight twice differently.

    (And yes, we also have rhodopsin in our eyes, we "see" with it. From the incoming light it produces electric signals for the brain.)

    youtube.com/watch?v=6qX0S87YSLA

  4. #FYI #PaulBeckwith video lecture #phototrophy #photosynthesis #chlorophyll #retinal #ATP #plants #microorganisms #evolution #biology #biochemistry #science

    Paul & Newton introduce a highly interesting paper on how and why plants/microorganisms developed #energy production from #sunlight twice differently.

    (And yes, we also have rhodopsin in our eyes, we "see" with it. From the incoming light it produces electric signals for the brain.)

    youtube.com/watch?v=6qX0S87YSLA

  5. #FYI #PaulBeckwith video lecture #phototrophy #photosynthesis #chlorophyll #retinal #ATP #plants #microorganisms #evolution #biology #biochemistry #science

    Paul & Newton introduce a highly interesting paper on how and why plants/microorganisms developed #energy production from #sunlight twice differently.

    (And yes, we also have rhodopsin in our eyes, we "see" with it. From the incoming light it produces electric signals for the brain.)

    youtube.com/watch?v=6qX0S87YSLA

  6. ¡Hola comunidad! Hoy hemos publicado un artículo muy esperado en el blog: la revolución de los #Retinoides de última generación. ¿Creías que el #Retinol era demasiado fuerte para el #ContornoDeOjos?

    Te contamos todo sobre el #Retinal, cómo actúa y por qué es la solución perfecta para una #MiradaJoven y firme, sin la temida irritación. ¡Y con consejos sobre cómo usarlo!

    Puedes leer el artículo completo aquí: todocontornodeojos.com/retinol

    #SkincareTips #CuidadoDeLaPiel #AntiEdad #BellezaConsciente

  7. This is a different breakthrough than I just posted. It uses #nanotechnogy
    Optics.org: Brown University nanoparticles help restore lost vision
    A project at #BrownUniversity has developed a new approach to the treatment of age-related #maculardegeneration (AMD) and other #retinal disorders.
    #Blindness

    optics.org/news/16/4/36

  8. This is a different breakthrough than I just posted. It uses #nanotechnogy
    Optics.org: Brown University nanoparticles help restore lost vision
    A project at #BrownUniversity has developed a new approach to the treatment of age-related #maculardegeneration (AMD) and other #retinal disorders.
    #Blindness

    optics.org/news/16/4/36

  9. This is a different breakthrough than I just posted. It uses #nanotechnogy
    Optics.org: Brown University nanoparticles help restore lost vision
    A project at #BrownUniversity has developed a new approach to the treatment of age-related #maculardegeneration (AMD) and other #retinal disorders.
    #Blindness

    optics.org/news/16/4/36

  10. This is a different breakthrough than I just posted. It uses #nanotechnogy
    Optics.org: Brown University nanoparticles help restore lost vision
    A project at #BrownUniversity has developed a new approach to the treatment of age-related #maculardegeneration (AMD) and other #retinal disorders.
    #Blindness

    optics.org/news/16/4/36

  11. This is a different breakthrough than I just posted. It uses #nanotechnogy
    Optics.org: Brown University nanoparticles help restore lost vision
    A project at #BrownUniversity has developed a new approach to the treatment of age-related #maculardegeneration (AMD) and other #retinal disorders.
    #Blindness

    optics.org/news/16/4/36

  12. “Our findings indicate that retinal age gap might be a potential biomarker of ageing that is closely related to risk of mortality, implying the potential of retinal image as a screening tool for risk stratification and delivery of tailored interventions.” #isogg #dna #retina #retinal #aging #epigenetics #geneadons

    bjo.bmj.com/content/107/4/547?

  13. “Our findings indicate that retinal age gap might be a potential biomarker of ageing that is closely related to risk of mortality, implying the potential of retinal image as a screening tool for risk stratification and delivery of tailored interventions.” #isogg #dna #retina #retinal #aging #epigenetics #geneadons

    bjo.bmj.com/content/107/4/547?

  14. “Our findings indicate that retinal age gap might be a potential biomarker of ageing that is closely related to risk of mortality, implying the potential of retinal image as a screening tool for risk stratification and delivery of tailored interventions.” #isogg #dna #retina #retinal #aging #epigenetics #geneadons

    bjo.bmj.com/content/107/4/547?

  15. “Our findings indicate that retinal age gap might be a potential biomarker of ageing that is closely related to risk of mortality, implying the potential of retinal image as a screening tool for risk stratification and delivery of tailored interventions.” #isogg #dna #retina #retinal #aging #epigenetics #geneadons

    bjo.bmj.com/content/107/4/547?

  16. PRPF31 #RetinitisPigmentosa is a #retinal disease caused by haploinsufficiency. #PRPF31 mutations are also homozygous lethal, which makes creating an animal model challenging. We tackled this problem by knocking out PRPF31 using a #CRISPR construct in adults using #AAV – and then showed that #GeneTherapy could prevent retinal degeneration in vivo. Out now in #NatureCommunications. nature.com/articles/s41467-022

  17. #SpikeSEE: An energy-efficient dynamic scenes processing framework for #retinal #prostheses sciencedirect.com/science/arti "predicts the response of ganglion cells more accurately with lower energy consumption"; "retinal "implants

  18. Retinal #ganglion cells undergo cell type-specific functional changes in a biophysically detailed model of #retinal #degeneration biorxiv.org/content/10.1101/20 may "inform the design and application of retinal #prostheses"

  19. Will their #bionic #eyes be obsolete and unsupported too? As another #retinal #implant company goes broke, the tech's future dims spectrum.ieee.org/retina-impla by @meharris; investors: #Pixium #Vision is looking for a buyer to invest some $64 million, soon; $ALPIX #BCI #NeuroTech #blind #blindness #PixiumVision

  20. Writing alt text reminds me of when our son was young and we narrated the world and built color vocabulary for his black and white and grey vision. #achromatic #retinal disorder.

  21. Aight tiny tube of high ranked, expensive rentinAl. You had better work your magic and it better be good.
    #Skincare
    #KoreanSkincare
    #DrDifferent
    #Retinoid
    #retinal

  22. Pixium Vision - Shareholder loan extends runway until end of November 2023 edisongroup.com/research/share extensions needed to get to commercialization in the first half of 2025; $ALPIX #retinal #implant

  23. Intraretinal stimulation with high density carbon fiber microelectrodes ieeexplore.ieee.org/document/1 by James Weiland et al.; "modification of pulse amplitudes and electrode depths can create small and focal responses around the active electrode"; #retinal #implant, retinal #prosthesis

  24. High-fidelity reproduction of visual signals by electrical stimulation in the central primate retina jneurosci.org/content/early/20 "results support the possibility of reproducing high-acuity visual signals in the central retina with an #epiretinal implant"; #retinal #implant, #artificial #vision, #blind