Start / This Week in Neuroscience / Twin 50 neurological sequelae after covid 19

TWiN 50: Neurological sequelae after COVID-19

64 min • 29 april 2024

TWiN reviews experiments which show that SARS-CoV-2 triggers the up-regulation of synaptic components and perturbs local electrical field potential in cerebral organoids, organotypic culture of human brain explants and post-mortem brain samples from individuals with COVID-19.

Hosts: Vincent Racaniello, Jason Shepherd, Timothy Cheung, and Vivianne Morrison

Subscribe (free): Apple Podcasts, Google Podcasts, RSS

Links for this episode

MicrobeTV Discord Server
SARS-CoV-2 perturbs synaptic homeostasis (Nature Micro)
Timestamps by Jolene. Thanks!

Music is by Ronald Jenkees

Send your neuroscience questions and comments to twin@microbe.tv

Senaste avsnitt

TWiN 50: Neurological sequelae after COVID-19

Senaste avsnitt

TWiN 61: Blood to the brain

TWiN 60: You get the gist of it?

TWiN 59: AI co-scientist

TWiN 58: Tongue-dragging rescue behavior

TWiN 57: Repetitive injury, herpes, and Alzheimer's

TWiN 56: Astrocytes help neurons remember

TWiN 55: A brain circuit for day/night balance

TWiN 54: How pregnancy transforms the brain

TWiN 53: Slowing time by cooling the brain

TWiN 52: Probiotic improves social behavior in children with ASD

TWiN 51: Sensory processing dysfunction in autism spectrum disorders

TWiN 50: Neurological sequelae after COVID-19

TWiN 49: Mirror, mirror on the wall, who's the fairest mouse of all?

TWiN 48: Traumatic brain injury and retroviruses

TWiN 47: Walking after spinal cord injury

TWiN 46: Neuronal activity promotes glioma progression

TWiN 45: Acupuncture modulates the immune system

TWiN 44: ADHD and persistent pain

TWiN 43: Pavlovian opioid tolerance

TWiN 42: Therapeutic effects of psychedelic drugs

TWiN 41: Alzheimer's and melanin-concentrating hormone

TWiN 40: Dopamine organizes behavior's syllables

TWiN 39: Virus-like capsids trigger paraneoplastic disease

TWiN 38: Bacterial immunity heals sensory neurons

TWiN 37: Microglia at the crossroads

TWiN 36: Unbearable neurologists

TWiN 35: Neuromodulation in treatment-resistant depression

TWiN 34: Microglia vital after spinal cord injury

TWiN 33: Viruses leaving the brain

TWiN 32: Relearning how to move after stroke

TWiN 31: HIV-1 co-receptor shapes window for memory linking

TWiN 30: Gut to brain spread of alpha-synuclein in Parkinson's disease

TWiN 29: Astrocytes close the critical period

TWiN 28: Oligodendrocyte performance enhancing exosomes

TWiN 27: Eyes wired to the auditory cortex

TWiN 26: Immunological memory in the brain

TWiN 25: Thanks for listening

TWiN 24: Social transmission of maternal behavior with Ioana Carcea and Robert Froemke

TWiN 23: Peripheral nervous system with Bruce Carter

TWiN 22: It's never lupus

TWiN 21: How do we know if a mouse is hallucinating?

TWiN 20: Drifting aromas in the brain

TWiN 19: Glia 101

TWiN 18: Autism and the gut microbiome with Mauro Costa-Mattioli

TWiN 17: Worms see the light with Michael Nitabach

TWiN 15: Microbiome and neurodevelopment with Helen Vuong

TWiN 14: Reducing Alzheimer-like pathology in mice

TWiN 13: mRNAs for long-term memory

TWiN 12: A gene for short-term memory

TWiN 11: A dollar per neuron

TWiN 10: Remodeling synapses with a cytokine

TWiN 9: COVID-19 neurology with Genna Waldman

TWiN 8: Replacing lost neurons

TWiN 7: Stress, the good, bad and beautiful

TWiN 6: Neural control of sexual behavior

TWiN 5: Anosmia and COVID-19

TWiN 4: It's a trap!

TWiN 3: Gambling on dopamine

TWiN 2: Cells that fire together wire together

TWiN 1: The ultimate challenge