Harnessing degradation condensates for clearance of difficult-to-target proteins
SCBA DC-Baltimore
Harnessing degradation condensates for clearance of difficult-to-target proteins
55:01
Lysosome dynamics: Regulation and Function
SCBA DC-Baltimore
Lysosome dynamics: Regulation and Function
1:14:34
Migrasome: biogenesis and physiological functions
SCBA DC-Baltimore
Migrasome: biogenesis and physiological functions
1:08:37
Protein translocation in unconventional secretion and pathological involvement
SCBA DC-Baltimore
Protein translocation in unconventional secretion and pathological involvement
48:15
2024 SCBA DC Chapter Symposium
SCBA DC-Baltimore
2024 SCBA DC Chapter Symposium
4:47
Roles of tube-like lipid transport proteins in cellular lipid homeostasis and disease
SCBA DC-Baltimore
Roles of tube-like lipid transport proteins in cellular lipid homeostasis and disease
53:40
Protein import into peroxisomes: A longstanding mystery
SCBA DC-Baltimore
Protein import into peroxisomes: A longstanding mystery
1:03:26
Programming of mitochondrial transport and energy metabolism to power axon regeneration
SCBA DC-Baltimore
Programming of mitochondrial transport and energy metabolism to power axon regeneration
1:09:43
2024 SCBA DC Chapter New Year Gala
SCBA DC-Baltimore
2024 SCBA DC Chapter New Year Gala
4:41
SCBA DC Chapter 2023 Annual Symposium
SCBA DC-Baltimore
SCBA DC Chapter 2023 Annual Symposium
6:15
Manganese regulation of COPII condensation controls circulating lipid homeostasis
SCBA DC-Baltimore
Manganese regulation of COPII condensation controls circulating lipid homeostasis
1:00:39
2023 SCBA DC Chapter Summer Picnic
SCBA DC-Baltimore
2023 SCBA DC Chapter Summer Picnic
7:20
Metabolic Signals in Longevity Regulation
SCBA DC-Baltimore
Metabolic Signals in Longevity Regulation
55:03
2022 SCBA Summer Picnic
SCBA DC-Baltimore
2022 SCBA Summer Picnic
1:14
2022 SCBA Symposium
SCBA DC-Baltimore
2022 SCBA Symposium
7:02
MRI Imaging of Intracranial Arteries
SCBA DC-Baltimore
MRI Imaging of Intracranial Arteries
16:03
A Statistical Framework for Differential Pseudotime Analysis of Single cell RNA-seq Samples
SCBA DC-Baltimore
A Statistical Framework for Differential Pseudotime Analysis of Single cell RNA-seq Samples
19:15
Epigenetic Rejuvenation to Enhance CNS Axon Regeneration
SCBA DC-Baltimore
Epigenetic Rejuvenation to Enhance CNS Axon Regeneration
20:03
Hippo Signaling in Growth Control and Beyond
SCBA DC-Baltimore
Hippo Signaling in Growth Control and Beyond
1:11:26
Cut Microbiome and Radiation
SCBA DC-Baltimore
Cut Microbiome and Radiation
20:34
Imaging the Accessible Genome at Nanometer Scale
SCBA DC-Baltimore
Imaging the Accessible Genome at Nanometer Scale
20:03
Immune-neural transmission Regulates Gut Sensation
SCBA DC-Baltimore
Immune-neural transmission Regulates Gut Sensation
20:10
Deciphering Corticospinal Circuits in Controlling Touch and Tactile Neuropathic Pain Sensitivity
SCBA DC-Baltimore
Deciphering Corticospinal Circuits in Controlling Touch and Tactile Neuropathic Pain Sensitivity
20:12
Molecular Imaging Quantification of Neurochemicals in Cell-type Specific Alcohol Metabolism
SCBA DC-Baltimore
Molecular Imaging Quantification of Neurochemicals in Cell-type Specific Alcohol Metabolism
17:13
Understanding of Tumor Heterogeneity and Tumor Evolution in Liver Cancer
SCBA DC-Baltimore
Understanding of Tumor Heterogeneity and Tumor Evolution in Liver Cancer
19:11
Epigenetic inheritance in cell fate determination
SCBA DC-Baltimore
Epigenetic inheritance in cell fate determination
21:06
Mitochondrial transport and energy metabolism in neuronal regeneration
SCBA DC-Baltimore
Mitochondrial transport and energy metabolism in neuronal regeneration
20:24
SCBA DC-Baltimore Chapter 2021 summer picnic
SCBA DC-Baltimore
SCBA DC-Baltimore Chapter 2021 summer picnic
2:57
Dissecting the Molecular Anatomy of HCV Infection
SCBA DC-Baltimore
Dissecting the Molecular Anatomy of HCV Infection
1:03:50
Defining Liver Cancer Molecular Heterogeneity: New Challenges and Opportunities
SCBA DC-Baltimore
Defining Liver Cancer Molecular Heterogeneity: New Challenges and Opportunities
54:43
Develop a very fast light controlled CRISPR-CAS9 for genome engineering
SCBA DC-Baltimore
Develop a very fast light controlled CRISPR-CAS9 for genome engineering
16:58
Making Pores for Cytokine Secretion
SCBA DC-Baltimore
Making Pores for Cytokine Secretion
40:36