CSHL Leading Stand
Title: Mechanisms of protein translocation across membranes
Meeting: 2013 Membrane Protein Structure and Function
Date: 05/14/2013
1:05:20
Mechanisms of transcriptional precision in the Drosophila embryo
45:48
Larry Katz Lecture
56:50
Oligodendroglial metabolism and the support of axonal intergrity
42:37
Natural populations of Caenorhabditis and studies on apparent and cryptic phenotypic variation
1:05:26
Two decades of sonic hedgehog
1:02:12
The stabilization of cell differentiation
1:46:56
Analysis of the p53 pathway in zebrafish
Mapping genome-wide nucleosome dynamics
41:19
The success strategies of transposable elements that rapidly diversify genomes
1:09:17
40 Years in Retrovirology, a Reminiscence
54:19
Germ line retroviruses-good or bad?
1:14:49
Can HIV-1 be eradicated from the individual and the world?
1:50:48
Osteoarthritis —Understanding a common complex disease
46:09
Keynote Lecture
49:15
Programmable RNA-guided genome defense in bacteria
41:42
The dinucleotide CG as a genomic signalling module
29:58
Identification and studies of mechano-transduction channels in Drosophila
29:45
Recent studies of potassium channels and a novel family of calcium-activated anion channels and cation channels
53:28
An integrated 3D network controls a bacterial cell cycle
52:01
Synergistic targeting therapies against oncoproteins for acute myeloid leukemia
45:02
The era of the cancer epigenome: Dissecting the biological and translational implications
47:10
Causes and consequences of microRNA dysregulation in cancer
35:48
The Beery Family Journey—A sequencing success
50:10
MicroRNAs can function as ligands for TLR and regulate the interactions between cancer cells and their microenviroment
45:06
Three cautions about personalized medicine
40:36
Gut morphogenesis—From physical forces to localization of stem cells
1:02:30
Considering the digital Universe of data to better diagnose and treat patients
1:02:58
58:44
Mechanisms of protein translocation across membranes
52:49
Exocytosis in neurons—Interplay between proteins and lipids
1:11:20
T cell death and chronic inflammation: An unexpected link in HIV infection
1:08:29
HIV RNAAAAAAA
50:26
The roots of obesity—Mechanisms of lipid synthesis and storage
58:22
The Logic of Your Immune System
1:05:25
“On the rules of cortical wiring and function, with implications for understanding psychiatric disorders”
1:18:37
SCAP: Sensor of Membrane Cholesterol
1:09:37
Nanoscopy with focused light
1:01:01
Stem cells and pluripotency—Mechanisms of reprogramming and gene targeting in ES cells and mice
How systems medicine is changing healthcare
59:39
Visualizing calcium—Insights into quantal synaptic transmission and cortex glial function
47:58
Proteopedia—A scientific 'Wiki' bridging the rift between 3D structure and function of biomacromolecules
1:08:44
Super-enhancers and the control of cell identity and disease
1:06:24
New insight into the neurobiology of depression
46:40
Stories from the Supplement
33:07
My daughter's DNA and every little thing about her?
50:11
Some thoughts on ever more available sequencing
55:25
Harnessing immunity to prevent and treat HIV infection
1:01:11
Genomics of hematopoietic gene regulation
53:57
How do you get rat research support in world of GWAS and whole genome sequencing in humans?
46:02
Avian genomics a decade after the publication of the chicken genome sequence
45:56
Keynote address
1:06
Neuronal mechanism of state control in Drosophila melanogaster
48:29
Genomic Discovery: Mechanisms of Meiotic Recombination
45:31
Genomic Erosion in Symbiotic Bacteria
1:05:23
The influence of immunogenetic variation on HIV disease
47:18
Targeting CAR to Treat and Prevent Liver Cancer
1:03:28
Generating and shaping novel action repertoires
1:01:15
Membrane dynamics and virus entry—From atomic structures to single-molecule movies
57.11
CryoEM image analysis of macromolecular motor assemblies
55:00
Unveiling the long-held secrets of the 26S proteasome
Tools for studying neurons, the only important cells in the brain
47:31
Targeting cancer’s engines, not its drivers
47:28
The evolution of thymic lymphomas in P53 knock-out mice
44:15
Analysis of the role of Spt6 in controlling transcriptional accuracy in yeast
59:35
Progress and perspectives of osteoporosis treatment
1:11:39
Keynote Speaker
1:33:12
Global exchange of human genetic data for medicine and research
36:11
Truth and consequences—Reflections on ethical issues in synthetic biology
46:23
Pushing the scale of Genetic Engineering
1:12:49
The Glymphatic System
1:14:13
How biology optimizes both specificity and efficiency—Single molecule studies of ubiquitylation
54:15
Ubiquitin and Autophagy Networks
1:06:04
The application of integrative sequencing for precision medicine
1:06:19
Transcriptional regulation and metabolism: key elements in the evolution and mechanisms of social life in bees
51:07
Comparative transcriptomics reveals the modular organization of ant phenotypic traits
53:40
The influence of genes and social environment on behavior and social organization
53:45
Celebrating the ubiquitin family;diversity of cullin-RING Ubl and Ub ligation mechanisms
56:07
Mendelian randomization:Harnessing genocopy/phenocopy to identify modifiable causes of disease
50:58
From the HGP to Precision Medicine
56:25
Using mouse genetics to study host-virus interactions
The Genetic Legacy of Neanderthals
48:52
MicroRNAs in aging
Posttranscriptional regulation of mitochondrial gene expression
55:06
Regulation of proteasome function in normal and disease states
1:01:02
Retroviruses; Some Perspectives
43:41
Nucleosome compaction as a regulatory mechanism during development
1:20:25
Towards a neuron cell atlas
Interrogating the robustness of gene regulatory circuits by RACIPE
1:01:26
Gene Regulatory Networks
1:27:27
"Edgetics"
53:04
Maintaining proteasome homeostasis
52:16
Ubiquitin-like proteins:From conjugation to recognition
54:33
Junk Evolution
1:11:52
Why study integration and reverse transcription
1:04:44
Manipulating cell death—The discovery and preclinical development of Bcl-2 inhibitors
52:46
Circuit mechanisms for flexible sensorimotor processing in Drosophila
59:23
De novo lipogenesis induced by ER stress is essential for hepatic steatosis and its progression to NASH
49:51
PERSONALIZED CANCER GENOMICS: IMPACT AND IMPLICATIONS
58:12
“A protein-domain approach for the analysis of disease mutations”
1:01:34
“Post-procrustean bioinformatics”
1:13:29
"Optical tools for analyzing and repairing complex biological systems"
1:27:53
"Dissection of the regulatory trajectory for early T-cell lineage commitment"
1:06:51
"Using ancient genomes and model systems to study uniquely human phenotypes"
56:21
"3D models of the human brain—What are the ethical concerns and how should they be addressed?"
50:05
Understanding the biochemical and biophysical basis for genome organization
51:47
Structural epigenomics (precision mapping of the chromatin landscape)
46:50
Ubiquitination regulated RIPK1 activation controls apoptosis and necroptosis
57:56
Exploiting DNA sequencing technology for high-throughput neuroanatomy
48:25
Stem cells and epigenetic regulation in development and disease