iBiology: Audio-Only versions
✓

iBiology: Audio-Only versions

OM DENNE PODCAST 🔗

iBiology: Audio-Only versions
Videnskab
Opdateringsfrekvens:
every 4 days
Gennemsnitlig lydlængde:
29 minutes
Engelsk
USA
62 episoder
siden 11. december 2018
episodic
BrugAPItil at hente denne podcast iJSON

I DENNE PODCAST 🔗

Redigér disse tags

SENESTE EPISODE 🔗

John Clements (UCSF): The Discovery of Lung Surfactant (Audio-Only version)

John Clements (UCSF): The Discovery of Lung Surfactant (Audio-Only version)

Audio-Only version https://www.ibiology.org/biophysics/lung-surfactant John Clements details the groundbreaking discovery of lung surfactant, which has saved millions of neonatal lives. The expansion of lungs for oxygen exchange is facilitated by lung surfactant. The groundbreaking discovery of th…
00:19:31
DEL
GEM

SØG BLANDT TIDLIGERE EPISODER

Søg efter gamle afsnit af iBiology: Audio-Only versions.
Integrer denne søgefelt på dit websted

SIDSTE EPISODER

Tom Rapoport (Harvard, HHMI) 2: How are cellular organelles shaped? (Audio-Only version)

Tom Rapoport (Harvard, HHMI) 2: How are cellular organelles shaped? (Audio-Only version)

Audio-Only version https://www.ibiology.org/cell-biology/protein-sorting Eukaryotic cells have many different membrane-bound organelles with distinct functions and characteristic shapes. How does this happen? Dr. Tom Rapoport explains the important role of protein sorting in determining organelle…
00:32:24
DEL
GEM
Tom Rapoport (Harvard, HHMI) 1: Organelle Biosynthesis and Protein Sorting (Audio-Only version)

Tom Rapoport (Harvard, HHMI) 1: Organelle Biosynthesis and Protein Sorting (Audio-Only version)

Audio-Only version https://www.ibiology.org/cell-biology/protein-sorting Eukaryotic cells have many different membrane-bound organelles with distinct functions and characteristic shapes. How does this happen? Dr. Tom Rapoport explains the important role of protein sorting in determining organelle…
00:34:55
DEL
GEM
Susanne Heck (NIHR BRC): Introduction to Mass Cytometry (Audio-Only version)

Susanne Heck (NIHR BRC): Introduction to Mass Cytometry (Audio-Only version)

Audio-Only version https://www.ibiology.org/techniques/mass-cytometry How does mass cytometry differ from other types of flow cytometry? When would you choose to use it? How does a mass cytometer work? Dr. Susanne Heck gives an overview of mass cytometry and answers all of these questions. Dr.…
00:38:45
DEL
GEM
Anne Bertolotti (MRC LMB) 3: A Platform to Identify Selective Protein Phosphatase Inhibitors (Audio-Only version)

Anne Bertolotti (MRC LMB) 3: A Platform to Identify Selective Protein Phosphatase Inhibitors (Audio-Only version)

Audio-Only version https://www.ibiology.org/cell-biology/protein-phosphatases Kinases and phosphatases perform a balancing act in cells by adding and removing phosphate groups from proteins. Dr. Bertolotti shows us that inhibiting specific protein phosphatases can reduce misfolded protein accumulat…
00:34:09
DEL
GEM
Anne Bertolotti (MRC LMB) 2: Benefits of Phosphatase Inhibition for Neurodegenerative Diseases (Audio-Only version)

Anne Bertolotti (MRC LMB) 2: Benefits of Phosphatase Inhibition for Neurodegenerative Diseases (Audio-Only version)

Audio-Only version https://www.ibiology.org/cell-biology/protein-phosphatases Kinases and phosphatases perform a balancing act in cells by adding and removing phosphate groups from proteins. Dr. Bertolotti shows us that inhibiting specific protein phosphatases can reduce misfolded protein accumulat…
00:30:07
DEL
GEM
Anne Bertolotti (MRC LMB) 1: A Historical Perspective on Protein Phosphatases (Audio-Only version)

Anne Bertolotti (MRC LMB) 1: A Historical Perspective on Protein Phosphatases (Audio-Only version)

Audio-Only version https://www.ibiology.org/cell-biology/protein-phosphatases Kinases and phosphatases perform a balancing act in cells by adding and removing phosphate groups from proteins. Dr. Bertolotti shows us that inhibiting specific protein phosphatases can reduce misfolded protein accumulat…
00:29:09
DEL
GEM
Gia Voeltz (CU, HHMI) 2: Using BioID to Identify Membrane Contact Site Factors (Audio-Only version)

Gia Voeltz (CU, HHMI) 2: Using BioID to Identify Membrane Contact Site Factors (Audio-Only version)

Audio-Only version https://www.ibiology.org/cell-biology/membrane-contact-sites The endoplasmic reticulum (ER) is a dynamic network of tubules that reaches throughout a cell. It interacts with other organelles at membrane contact sites. As Dr. Gia Voeltz explains, these sites are critical for Ca2+ …
00:23:27
DEL
GEM
Gia Voeltz (CU, HHMI) 1: Factors and Functions of Organelle Membrane Contact Sites (Audio-Only version)

Gia Voeltz (CU, HHMI) 1: Factors and Functions of Organelle Membrane Contact Sites (Audio-Only version)

Audio-Only version https://www.ibiology.org/cell-biology/membrane-contact-sites The endoplasmic reticulum (ER) is a dynamic network of tubules that reaches throughout a cell. It interacts with other organelles at membrane contact sites. As Dr. Gia Voeltz explains, these sites are critical for Ca2+ …
00:24:27
DEL
GEM
Jeannie Lee (Harvard) 3 - X Chromosome Inactivation: Spreading the Silence (Audio-Only version)

Jeannie Lee (Harvard) 3 - X Chromosome Inactivation: Spreading the Silence (Audio-Only version)

Audio-Only version https://www.ibiology.org/development-and-stem-cells/x-chromosome-inactivation The X chromosome is many time larger than the Y chromosome. To compensate for this genetic inequality, female mammalian cells undergo X chromosome inactivation of one X chromosome. Dr. Jeannie Lee expla…
00:38:03
DEL
GEM
Ansvarsfraskrivelse: Podcasten og kunstværket, der er indlejret på denne side, er fra https://www.ibiology.org, som tilhører dens ejer og ikke er tilknyttet eller godkendt af Listen Notes, Inc.
PODCAST SØGEMOTOR
Du kan bruge vores hjemmeside til at søge efter3,825,382podcasts og195,883,418episoder efter personer, steder eller emner.
If I have seen further than others, it is by listening to podcasts and standing upon the shoulders of giants.  ‐ Isaac "Llamacorn" Newton

ANBEFALINGER

Brug API til at hente denne podcast