|
Presenting Author |
Abstract Title |
Talk/Poster |
|
Albanese, V. |
Chaperones anchored ribosomes have a
role in ribosome biogenesis |
poster |
|
Amanso, A.M. |
Crucial requirement of
ubiquitin-proteasome system for increased Nox4 mRNA
levels during unfolded protein response—Contribution to
proapoptotic signaling |
poster |
|
Anckar, J. |
SIRT1 regulates the activity of heat
shock factor HSF1 |
poster |
|
Argon, Y. |
GRP94 is essential for cell
proliferation, differentiation and apoptosis because it
chaperones insulin-like growth factors |
poster |
|
Audas, T.E. |
A novel protein, luman recruitment
factor (LRF), inhibits luman activation of the unfolded
protein response |
poster |
|
Baker, T. |
Strategies for substrate recognition by
the AAA+ unfoldases and proteases |
talk |
|
Barak, N.N. |
Structural and functional studies on
mammalian ERp29 |
talk |
|
Barral, J.M. |
Translation rates and protein folding
efficiency |
talk |
|
Basu, D. |
GroEL of M. tuberculosis is a DNA
binding protein and might be involved in nucleoid
formation |
poster |
|
Belova, L. |
Chaperoning the PI3-K/SGK-1 stress
response pathway |
poster |
|
Blais, J.D. |
Screening for small molecule inhibitors
of PERK signaling |
poster |
|
Bolon, D.N. |
The role of dimerization in the ATPase
driven conformational cycle of Hsp90 |
poster |
|
Botha, M. |
The Hsp40 proteins of P. falciparum—Exploiting
chaperone power in the malaria parasite and infected
human erythrocyte |
poster |
|
Bouman, L. |
Parkin integrates cytosolic and ER
stress pathways |
poster |
|
Bouttenot, R. |
A novel Hsp104 allele masks prion
propagation |
poster |
|
Bracher, A. |
Structural basis for cooperative protein
folding by Hsp70 and Hsp110 molecular chaperones |
talk |
|
Brackley, K.I. |
Studies on CCT monomer localization
using epitope tagged subunits in mammalian cell lines |
poster |
|
Breiman, A. |
The Arabidopsis ROF1 (FKBP 62) is
essential in acquired thermotolerance by affecting the
level of small heat stress proteins transcribed by HsfA2
which associates with ROF1-Hsp90.1 and translocates the
complex to the nucleus |
poster |
|
Brockmeier, U. |
Lectin-deficient calreticulin retains
full functionality as a molecular chaperone for class I
histocompatibility molecules |
poster |
|
Brodsky, J.L. |
The chaperone-mediated selection and
retro-translocation of membrane proteins during ER
associated degradation (ERAD) |
talk |
|
Bromberg, Z. |
Capsaicin and Capsazepine—A novel
activator and inhibitor of the heat shock response
through specific membrane cell receptor? |
poster |
|
Bross, P. |
Application of advanced
mass-spectrometric techniques in studies of the
molecular pathogenesis of hereditary spastic paraplegia
caused by a mutation in the gene encoding Hsp60 |
poster |
|
Buchner, J. |
Regulation of the Hsp90 chaperone
machinery |
talk |
|
Bukau, B. |
Mechanism of the ClpB/Hsp104 chaperone |
talk |
|
Burnett, H.F. |
HSV-1 infection modulates unfolded
protein response through the viral immediate early
protein ICP0 |
poster |
|
Calamini, B. |
High throughput assay screen for small
molecule activators of the heat shock response |
poster |
|
Calderwood, S.K. |
SREC-1 expression in dendritic cells
requires TLR signaling and mediates T cell activation by
Hsp70 |
poster |
|
Camberg, J.L. |
Degradation of the cell division
protein, FtsZ, by E. coli ClpXP |
poster |
|
Cappello, F. |
Hsp60/procaspase-3 complex formation in
human cells—Impact on apoptosis and carcinogenes |
poster |
|
Cashikar, A.G. |
Conversion of toxic oligomers into
non-toxic inclusions by the molecular chaperone, Hsp27 |
poster |
|
Cashikar, A.G. |
Regulation of Hsp104-mediated protein
disaggregation in S. cerevisiae |
poster |
|
Chadli, A. |
How the co-chaperone GCUNC45 contributes
to our understanding of the Hsp90 machine biology |
poster |
|
Chambers, J.e. |
Redox interactions of MHC class I heavy
chain give a more detailed insight into its maturation
from translation to peptide loading |
poster |
|
Chen, S. |
Nuclear receptor interaction protein, a
coactivator of androgen receptors (AR), is regulated by
AR and Sp1 to feed forward activate its own gene
expression through AR protein stability |
poster |
|
Chowdhury, T. |
Elucidating the specificity determinants
responsible for ClpX-adaptor interaction |
poster |
|
Christianson, J.C. |
OS-9 and GRP94 deliver misfolded
substrates to the Hrd1-SEL1L ubiquitin ligase complex
for ERAD |
talk |
|
Cohen, E. |
Compromised insulin signaling protects
mice from Aβ aggregation-mediated proteotoxicity |
talk |
|
Cross, B.C. |
A global inhibitor of Sec61-mediated
protein translocation |
poster |
|
Cybulsky, A.V. |
Cytosolic phospholipase A2
(cPLA2) enhances induction of endoplasmic
reticulum (ER) stress |
poster |
|
Dai, C. |
Heat-shock factor 1 is a powerful
multifaceted modifier of carcinogenesis |
talk |
|
David, D.C. |
Proteomic study of age-related protein
aggregation |
poster |
|
Davis, J.H. |
A small-molecule controlled protein
degradation system |
talk |
|
de Keyzer, J. |
Disruption of the ATP binding pocket of
Lhs1 abolishes function in vitro and in vivo |
poster |
|
Dehbi, M. |
Expression profiling of heat shock
proteins in a primate non-human model of heatstroke |
poster |
|
Di Nardo, A. |
Stress response in TSC |
poster |
|
Dickey, C.A. |
Kinases and chaperones converge to
regulate tau biology |
poster |
|
Dillin, A.G. |
A trans-activator elevates proteasome
activity in an aging dependent manner |
poster |
|
Dong, M. |
The function of ERdj4 in ER stress |
poster |
|
Douglas, P.M. |
Chaperone-dependent amyloid assembly
protects cells from prion toxicity |
poster |
|
Doyle, S.M. |
Collaboration between ClpB and the DnaK
system in protein disaggregation |
poster |
|
Dudek, J. |
Functional characterization of the
ribosomal tunnel exit ligand ERj1 |
poster |
|
Duennwald, M.L. |
Making or breaking aggregates—How the
heat shock response antagonizes polyglutamine toxicity |
talk |
|
Dulle, J.E. |
Hsp104 mutants cause inheritance defects
in the propagation of the [PSI+] prion |
poster |
|
Dyson, J. |
H/D exchange strategy to delineate
contact sites in chaperone complexes |
talk |
|
Dzubina, H. |
Effect of salicylic acid on synthesis of
Hsps A. thaliana cell culture |
poster |
|
Elias, A.-. |
Investigating the role of protein
phosphatase 5 in the Hsp90 chaperone complex |
poster |
|
Emanuelsson, C.S. |
Protein-protein interactions between
small heat shock proteins and the N- and C-terminal
parts in thermosensitive citrate synthase |
poster |
|
Etchells, S.A. |
The PPIase domain of trigger factor
participates in nascent chain binding and can delay
folding |
poster |
|
Finley, D. |
Regulation of the proteasome by
ubiquitin stress—Central role of a deubiquitinating
enzyme |
talk |
|
Flores-Rozas, H.A. |
A role for heat-shock proteins in the
protection from cytotoxic drugs |
poster |
|
Foit, L. |
Optimization of protein folding in vivo |
talk |
|
Francis, S.P. |
Celastrol, an antioxidant and
anti-inflammatory, induces the heat shock response and
inhibits aminoglycoside-induced inner ear hair cell
death |
poster |
|
Franzmann, T.M. |
Temperature-activation of the molecular
chaperone Hsp26 is controlled by the intrinsic structure
rearrangement of its thermosensor domain |
poster |
|
Freeman, B.C. |
Hsp90 has multiple telomere functions |
poster |
|
Frydman, J. |
Ubiquitination determines the
partitioning of misfolded proteins between two distinct
subcellular quality control compartments |
talk |
|
Fujiwara, K. |
Filamentous morphology in GroE-depleted
E. coli induced by impaired folding of FtsE |
poster |
|
Gadura, N. |
Functional significance of PKCa
and Hsp90 interactions in a yeast model |
poster |
|
Gauss, R. |
The HRD ligase actively participates in
ER protein quality control |
poster |
|
Gebendorfer, K.M. |
Identification and characterization of a
novel transcription factor involved in oxidative stress
resistance of E. coli |
poster |
|
Gestwicki, J.E. |
Chemical inhibitors of Hsp70—Artificial
co-chaperones that modulate function |
poster |
|
Gewirth, D. |
Structure and mechanism of GRP94 |
poster |
|
Ghosh, R. |
IRE1 signaling is essential for VEGF
upregulation under ER stress |
poster |
|
Gibney, P.A. |
Molecular basis of Hsp90-Hsp110
collaboration |
poster |
|
Gidalevitz, T. |
Is disruption of cellular protein
folding a common mechanism of gain-of-function
proteotoxicity? |
poster |
|
Glynn, S.E. |
Asymmetric structure of the AAA+
unfoldase ClpX |
talk |
|
Godar, J.A. |
Detection of small heat shock protein
oligomerization and substrate binding by electrospray
mass spectrometry |
poster |
|
Goeckeler, J.L. |
The ATPase activity of the yeast Hsp110,
Sse1p, is not peptide stimulated |
poster |
|
Goloubinoff, P.A. |
The plasma membrane controls the plant
heat-shock response by way of specific temperature- and
fluidity-sensitive calcium channels |
poster |
|
Gomes, C.M. |
Friedreich's Ataxia mutations in the
mitochondrial iron chaperone, frataxin—Implications in
protein folding, structure and function |
poster |
|
Gross, C.A. |
Controlling the heat shock response in
E. coli |
talk |
|
Guo, W. |
UNC-45 isoform and spliceoform
expression in cancer |
poster |
|
Hageman, J. |
Newly identified molecular chaperones
with high activity in the suppression of polyglutamine
aggregation |
poster |
|
Haslbeck, M. |
T. gondii small heat shock
proteins—A comparative survey |
poster |
|
Haslberger, T. |
Mixed protein aggregates consisting of
unfolded and native domains uncover mechanistic
differences between AAA+ proteins linked to substrate
degradation or reactivation |
poster |
|
Hayer-Hartl, M. |
Monitoring protein conformation along
the pathway of chaperonin-assisted folding |
talk |
|
Haynes, C.M. |
Mutations that attenuate mitochondrial
matrix protein degradation and peptide efflux inhibit
the mitochondrial UPR in C. elegans |
talk |
|
Heikkila, J.J. |
The synergistic effect of combined
stressors on Hsp gene expression in X. laevis A6
kidney epithelial cells |
poster |
|
Hendershot, L.M. |
Characterization of an ERAD pathway for
non-glycosylated BiP substrates which requires Herp |
talk |
|
Hendrickson, W.A. |
Structural insights into allosteric
coupling between ATP and polypeptide binding sites in
Hsp70 chaperones |
talk |
|
Hermosilla, R.E. |
Lithium-induced cell stress in rat inner
medullary collecting duct cells |
poster |
|
Higurashi, T. |
J-protein Sis1 is necessary for
propagation of the three major yeast prions, [RNQ+],
[PSI+] and [URE3] |
talk |
|
Hirayama, S. |
MKKS is a centrosome-shuttling protein
whose disease-causing mutants are degraded via quality
control E3 enzyme CHIP |
poster |
|
Horvath, I. |
A mutant small heat shock protein with
increased thylakoid association provides an elevated
resistance against UV-B damage in Synechocystis
6803 |
poster |
|
Horwich, A.L. |
Requirements for forming the GroEL-GroES
folding chamber—Multiple ATPs and concordant movement |
talk |
|
Hoseki, J. |
ERdj5 is required as a disulfide
reductase for ER-associated degradation of misfolded
proteins |
poster |
|
Houry, W.A. |
The interaction of a novel AAA+ protein
with the E. coli inducible lysine decarboxylase
(LdcI/CadA)—Implications to the bacterial acid stress
response |
talk |
|
Howard, M. |
Activation of the stress protein
response inhibits the STAT1 signaling pathway and iNOS
function in alveolar macrophages—Role of Hsp90 and Hsp70 |
poster |
|
Hsu, C.T. |
The expression of Hsp in acute and
chronic liver damage induced by bile duct ligation |
poster |
|
Ilbert, M. |
The redox-domain of Hsp33 functions as
dual stress sensor |
talk |
|
Inoue, Y. |
A new factor that severs amyloid fibrils
of yeast prion Sup35 |
poster |
|
Ishida, Y. |
Misfolded collagens accumulated in the
ER by the absence of Hsp47 are disposed via
autophagy-lysosome system |
poster |
|
Ishigaki, S. |
AATF regulates survival pathways in ER
stress signaling by modulating Akt1 transcription |
poster |
|
Jacques, S.L. |
Ratio of entropy to enthalpy for
triggering a heat shock response, and possible role in
early evolution |
poster |
|
Jin, Y. |
Functional interaction with BiP is
required to release ERdj3, an ER localized DnaJ family
member, from unfolded substrates |
poster |
|
Johnson, A.E. |
Multi-spanning membrane protein
integration into the ER membrane |
talk |
|
Johnson, J.L. |
Domain requirements for the in vivo
interaction of the Hsp40 Ydj1 with two distinct Hsp90
client proteins |
poster |
|
Josse, L.J. |
Identification of chaperones that
prevent protein misfolding and aggregation in CHO cell
lines |
poster |
|
Kaiser, C. |
Analysis of myosin motor domain folding
by single molecule force spectroscopy |
poster |
|
Kampinga, H.H. |
Reverse genetic screens of the HspA, and
DnaJ families reveal functional diversities and
non-canonical mechanisms in regulation of
proteohomeostasis |
talk |
|
Kanzaki, T. |
ATP-dependent conformational change
mechanism of group II chaperones elucidated using
chaperonin complexes containing mutant subunits in the
ordered fashion |
poster |
|
Katz, E. |
Mood dependent regulation of
glucocortcoid receptor co-chaperones by steroid hormones
in pregnant women with a history of depression |
poster |
|
Kawata, Y. |
Fibril formation of Hsp10 proteins and
determination of fibril core regions—Differences in
fibril core regions dependent on subtle differences in
amino acid sequence |
poster |
|
Kikis, E.A. |
Modifiers of protein misfolding in C.
elegans polyglutamine disease models |
poster |
|
Kim, H.L. |
Carbonic anhydrase IX has chaperone-like
functions and is an immunoadjuvant |
poster |
|
Klaips, C.L. |
Sup35 sequence requirements for [PSI+]
curing by Hsp104 |
poster |
|
Knowlton, A.A. |
Post-translational modification of Hsp60
regulates translocation to the plasma membrane |
poster |
|
Kryndushkin, D.S. |
Chaperone-typing of yeast prions |
poster |
|
Kumar, S.C. |
Activity restoration of a naturally
inactive chaperonin via facilitated oligomerization |
poster |
|
Kundrat, L. |
CHIP—The link between protein folding
and protein degradation |
poster |
|
Kusmierczyk, A.R. |
A proteasome-specific chaperone
regulates assembly of alternative
proteasomes—Implications for a conserved stress response |
poster |
|
Lautz, K. |
Cellular response to ER stress caused by
disease-causing V2 vasopressin receptor mutants |
poster |
|
Lee, K.P. |
Structure of the dual enzyme Ire1
reveals the basis for catalysis and regulation in
nonconventional RNA splicing |
talk |
|
Lee, M.E. |
Exploring the molecular basis for
communication between the peptidase ClpP and its cognate
unfoldase ClpX |
poster |
|
Leroux, M. |
Interaction network of the eukaryotic
chaperonin CCT |
talk |
|
Li, L. |
The yeast chromatin remodeling factor
SWI1 can exist as a prion modifying SWI/SNF function |
talk |
|
Li, Y. |
An isoform of Zhangfei activates CHOP
through a CCAAT/enhancer-binding protein (C/EBP)-ATF
element |
poster |
|
Li, Z. |
Heat shock protein gp96 (grp94, Hsp90b1)
optimizes B cell function via chaperoning integrins and
Toll-like receptors but not immunoglobulins |
poster |
|
Lin, J.H. |
IRE1 signaling affects cell fate during
the unfolded protein response |
poster |
|
Lipan, O. |
Experimental evidence of a quantitative
law describing the heat shock response in Chinese
hamster ovary cells |
poster |
|
Löwe, T. |
Investigating oligomerization
dependencies of CHN-1 for determining substrate
specifity |
poster |
|
Lu, H. |
Role of zinc-binding and molecular
chaperone on the import of mitochondrial small Tim
proteins |
poster |
|
Lu, Q. |
Inhibition of small GTPase
post-translational processing promoted endothelial cell
apoptosis through alterations of ER chaperones |
poster |
|
Macario, A. |
Cigarette smoke exposure downregulates
two isoelectric variants of human Hsp10 in lung
epithelial cells and fibroblasts—A proteomic study |
poster |
|
Machida, K. |
Identification of the functionally
critical amino acid sequence in the flexible C-terminal
region of GroEL |
poster |
|
Mandal, A.K. |
An integrated model of chaperone
function in folding and degradation during nascent chain
quality control |
poster |
|
Mapa, K. |
Import motor of the mitochondrial TIM23
complex |
poster |
|
Mathur, V. |
The actin cytoskeleton is involved in
the formation of the non-Q/N-rich prion [Het-s]y
in S. cerevisiae |
poster |
|
Matts, R.L. |
Differential effects of geldanamycin and
novobiocin on gene expression profiles in cultured MCF-7
cells |
poster |
|
McDonald, E.T. |
Binding of T4 lysozyme (T4L) mutants to
heat shock protein 27 (Hsp27) and the engineered variant
of small heat shock protein (Hsp16.5) |
poster |
|
Mchaourab, H.S. |
Cryo-EM and crystallographic analysis of
the structure and substrate binding of an activated
mutant of Hsp16.5 |
poster |
|
Meng, L. |
Heat shock response is required for NeuT
induced MCF10A transformation and tumor development |
poster |
|
Meyer, A.S. |
ClpXP degradation of the DNA-protection
protein Dps requires auto-tethering to the enzyme |
poster |
|
Michels, C.A. |
Aha1 cochaperone is a negative regulator
of Saccharomyces MAL-activator and acts early in
its activation by the Hsp90/Hsp70 chaperone machine |
poster |
|
Mitchell, B. |
Proteins of the calnexin cycle regulate
the surface expression of the a
IIbb 3integrin in human
megakaryocytic cells |
poster |
|
Mivechi, N.F. |
Impact of Hsf1 or Hsps deficiencies on
CNS homeostasis and disease during animal models |
poster |
|
Mkrtchian, S. |
Endoplasmic reticulum associated
degradation of misfolded null Hong Kong
a 1-antitrypsin is modified
by ERp29, an ER secretion factor |
poster |
|
Mokranjac, D. |
Hsp70 system in the import motor of the
mitochondrial Tim 23 complex |
talk |
|
Molinari, M. |
ERAD tuning—Segregation and rapid
turnover of EDEM1 modulate standard ERAD and folding
activities |
poster |
|
Morano, K.A. |
Activation of heat shock and antioxidant
responses by the natural product celastrol—Transcriptional
signatures of a thiol-targeted molecule |
poster |
|
Morimoto, R.I. |
Proteotoxic stress and inducible
chaperone networks in neurodegenerative disease and
aging |
talk |
|
Morito, D. |
Gp78 cooperates with RMA1 in
ER-associated degradation of CFTRD
F508 |
poster |
|
Mosser, D.D. |
Noxa controls heat-induced apoptosis by
regulating Mcl-1 stability |
poster |
|
Motojima, F. |
GroEL/ES-assisted folding of BFP starts
from an extended state and is faster than free folding |
talk |
|
Mukherjee, K. |
Comprehensive analysis of the human
genome reveals new hsp60 gene classes and
evolutionary relations |
poster |
|
Nakai, A. |
Specific and redundant occupancy of
members of HSF family on whole genome in developing
mouse lens |
poster |
|
Nakamura, D. |
IRE1b
specifically attenuates the translation of ER proteins |
poster |
|
Neckers, L. |
Regulation of Hsp90 by pharmacologic
inhibition and post-translational modification |
talk |
|
Needham, P.G. |
[PSI+] impairing mutations in
yeast Ssa1 (Hsp70) alter different enzymatic functions
of the protein |
poster |
|
Ng, C.L. |
TRAM1 is involved in ER quality control |
poster |
|
Ng, S. |
Arimoclomol, an orally active chaperone
amplifier, accelerates functional recovery in rat models
of stroke |
talk |
|
Ni, W. |
Genetic dissection of UNC-45—Hsp90
interaction |
poster |
|
Nicchitta, C. |
Gp93, the Drosophila endoplasmic
reticulum Hsp90, is required for metazoan growth control |
talk |
|
Niknejad, N.N. |
ATF3 regulates lovastatin-induced
apoptosis in squamous cell carcinoma cells |
poster |
|
Nillegoda, N.B. |
UBR1 and UBR2 ubiquitin ligases promote
nascent chain quality control in association with
molecular chaperones |
poster |
|
Niwa, T. |
Global folding analysis of the whole
E. coli proteins using a reconstituted cell-free
translation system |
poster |
|
Nukina, N. |
Amelioration of the pathological
processes related to Huntington disease by targeting the
mutant Huntingtin to chaperone-mediated autophagy |
talk |
|
Oglesbee, M.J. |
Hsp72 is a determinant of viral
neurovirulence in an MHC-dependent manner |
poster |
|
O'Neill, H.A. |
Small heat shock protein, Hsp16.6, is
essential for survival of Synechocystis during
oxidative stress |
poster |
|
Oresic, K. |
Linking ER quality control to the
development of the lysosomal storage disease NCL type 6 |
poster |
|
Ortega, J. |
Functional requirements of the bacterial
DegP protein |
poster |
|
Papa, F.R. |
Engaging the pseudokinase domain of IRE1a
with a kinase inhibitor to study signaling and
physiology in the UPR |
poster |
|
Park, Y. |
Sup35p-GFP foci are the propagons that
maintain the [PSI+] phenotype |
poster |
|
Petrova, K. |
Retrograde regulation of J-protein
binding to misfolded substrates |
poster |
|
Pfanner, N. |
TITLE ONLY: Translocation and assembly
of mitochondrial proteins |
talk |
|
Piccione, E.C. |
A novel variant of the EGFR induces
transcription of GRP78 and GRP94 via the ER stress
response element |
poster |
|
Pollard, H.B. |
Functional rescue of mutant CFTR by
activation of the SGK1/NEDD4-2 signaling pathway in
cystic fibrosis epithelial cells |
poster |
|
Prahlad, V. |
Cell non-autonomous regulation of the
heat shock response in C. elegans by the
thermosensory neuronal network |
poster |
|
Prince, T. |
Cdc37 depletion inhibits multiple
protein kinase signaling pathways |
poster |
|
Radford, S.E. |
Sequence-specific effects and the
ruggedness of protein folding and misfolding energy
landscapes |
talk |
|
Rajagopal, P. |
a
B-crystallin—A structure finally revealed |
talk |
|
Ramos, C.H. |
Biophysical studies of chimeric type I
and type II Hsp40s reveal that conserved central modules
control the quaternary structure of Hsp40 family members |
poster |
|
Rampelt, H. |
Hsp110 chaperones regulate prion
formation and propagation in S. cerevisiae by two
discrete activities |
poster |
|
Reefschlaeger, L. |
Interaction of the v-Src kinase with
Hsp90 at elevated temperatures |
poster |
|
Richter, K. |
Functional characterization of the
Hop-homolog from C. elegans |
poster |
|
Riemer, J. |
A novel protein complex in endoplasmic
reticulum associated degradation |
talk |
|
Rodrigues, J.V. |
Impact of oxidative damage on human
electron transfer flavoprotein and folding rescue by the
flavin cofactors—Implications in MADD deficiency |
poster |
|
Rosser, M. |
Folding and misfolding of CFTR |
poster |
|
Rotblat, B. |
Hace1—Linking misfolded protein load and
oncogenesis |
poster |
|
Roth, J. |
The ERAD factor EDEM1 is degraded by
autophagy |
poster |
|
Rousaki, A. |
Structural basis for small-molecule
regulation of Hsp70 |
poster |
|
Ruiz, C. |
Molecular chaperones regulate assembly
and expression of synaptic acetylcholinesterase in
skeletal muscle cells—Role of muscle activity |
poster |
|
Rye, H.S. |
A single particle fluorescence assay
detects cooperative and rapid disassembly of clathrin
coats by Hsc70 |
poster |
|
Rye, H.S. |
GroEL stimulates protein folding through
forced unfolding |
talk |
|
Saito, Y. |
Hsp105b is
expressed in the nucleus and induces the expression of
Hsp70 in mammalian cells |
poster |
|
Santiago-Schwarz, F.I. |
Extracellular and intracellular heat
shock protein 70 responses are selectively triggered in
monocyte-derived dendritic cells (DC) by inflammatory
cytokines independently of heat and are linked to DC
growth |
poster |
|
Schlehe, J. |
Aberrant folding of pathogenic parkin
mutants—Aggregation versus degradation |
poster |
|
Schulz-Raffelt, M. |
Dissection of the heat stress response
in the uni-cellular green alga C. reinhardtii |
poster |
|
Scroggins, B. |
Acetylation as a regulator of Hsp90
function |
poster |
|
Selkoe, D.J. |
Pathogenic protein misfolding—Soluble Ab
dimers isolated directly from Alzheimer brains impair
synaptic function |
talk |
|
Serio, T.R. |
Loss of the Sup35/[PSI+]
prion by excess Hsp104 |
poster |
|
SHARMA, D.K. |
Different anti-prion effects of nearly
identical yeast Hsp70 chaperones |
poster |
|
Shewmaker, F.P. |
Different primary sequences, but a
common amyloid structure for yeast prions |
poster |
|
Shimizu, Y. |
A lymphoid specific oxidoreductase with
a unique structure forms mixed disulfide bonds with
assembling immunoglobulin intermediates and oxidizes the
CH1 domain |
poster |
|
Simpson, N. |
The mechanisms of p23-dependent gene
regulation in tumor metastasis and drug resistance |
poster |
|
Singh, L.R. |
Deletion of Hsp26 rescues inactivity of
mutant human cystathionine b
synthase |
poster |
|
Singh, R. |
The UNC-45 isoforms perform essential
functions in early mammalian embryonic development |
poster |
|
Smith, M.E. |
Over-expression of the molecular
chaperone CCT, the cellular response(s) and protein
biosynthesis |
poster |
|
Soroka, J. |
Conserved ATP-induced conformational
changes in the ATPase cycle of human Hsp90 |
poster |
|
Sousa, R. |
Conformational cycles and cochaperone
interactions in Hsp70 function |
talk |
|
Srinivas, P.N. |
Significance of a
-crystallin heteropolymer with respect to its molecular
chaperone function |
poster |
|
Stepanov, A.V. |
Mitochondrial Hsp60 is released to
cytosol during a programmed cell death in yeast and
plant cells |
poster |
|
Stewart, G.A. |
Constitutive expression of the mutant
SP-CL188Q protein, cell adaptation and
chaperone therapy |
poster |
|
Taguchi, H. |
Direct observation of yeast prion Sup35
dynamics in single-living cells |
talk |
|
Tanaka, M. |
Molecular basis of yeast prion [PSI+]
strains |
poster |
|
Tapley, T.L. |
Interactions between the chaperone HdeA
and acid-denatured model substrate proteins |
poster |
|
Tatu, U.S. |
Heat shock protein 90 as a potential
drug target against malaria—Structure-activity
relationship and pre-clinical validation of the target |
poster |
|
Tatzelt, J. |
Stress-protective signaling of prion
protein is corrupted by scrapie-prions |
talk |
|
Theodoraki, M.A. |
Quality control and system robustness—A
link between the kinase specific chaperone CDC37
and genome integrity |
poster |
|
Treusch, S. |
Chaperone-dependent amyloid assembly
protects cells from prion toxicity |
poster |
|
Tsai, F.T. |
Structure of a prion-remodeling machine |
talk |
|
Tsutsumi, S. |
Hinge region of Hsp90 regulates
secretion and chaperone function |
poster |
|
Tuite, M.F. |
Cis- and trans-acting factors
required for the elimination of the yeast [PSI+]
prion by overexpression of Hsp104 |
poster |
|
Vabulas, M. |
Cytotoxity of artificial amyloid-like
proteins |
poster |
|
van Ham, T.J. |
C. elegans model identifies genetic
modifiers of a -synuclein
inclusion formation during aging |
poster |
|
Van Wijk, K.J. |
Large scale comparative proteome
analysis of a chloroplast ClpR2 protease mutant |
poster |
|
Vembar, S.S. |
Peptide affinity and Hsp40 J-domain
interaction differentially affect the function of yeast
BiP |
poster |
|
Verma, R. |
Requirement for Cdc48/p97 function in
the proteolysis of Hsl1, a morphogenesis checkpoint
kinase in budding yeast |
poster |
|
Vigh, L. |
The Hsp co-inducer hydroxylamines may
normalize the dysregulated stress protein expression by
correcting the raft-associated signaling platforms |
poster |
|
Voisine, C.M. |
Deciphering the chaperone code for
protein homeostasis using C. elegans models |
poster |
|
Vos, M.J. |
The Drosophila small Hsp
family—From functional diversity to lifespan extension |
poster |
|
Wang, N. |
Study of cellular toxicity in C.
elegans models of compartmentalized protein
misfolding and aggregation |
poster |
|
Wang, X. |
Specific ERAD of MHC-I by viral E3
ligase requires the adaptor protein TAP and is dependent
upon ubiquitination of serine, threonine, or lysine
residues |
poster |
|
Weissman, J.S. |
The building of a cellular folding
compartment—a holistic view of the ER function provided
by quantitative genetic interaction maps |
talk |
|
Wek, R.C. |
Integration of general control and
nitrogen regulatory pathways during nutrient stress in
yeast |
poster |
|
Wek, R.C. |
Phosphorylation of eIF2 directs ATF5
translational control in response to stress conditions |
poster |
|
Wickner, S. |
Protein disaggregation by ClpB in
cooperation with the DnaK chaperone system |
talk |
|
Williams, D.B. |
The aggregation suppression function of
calnexin resides in its globular domain at a location
distinct from its lectin site |
poster |
|
Williams, T. |
Coevolution between Hsp90a
and b and their cochaperones |
poster |
|
Xu, W. |
Hsp90 dependence of somatically mutated
epidermal growth factor receptor and ErbB2 |
poster |
|
Yamamoto, S. |
HOP (Hsp70/Hsp90 organizing protein)
possesses both ATPase and ADPase activities |
poster |
|
Yanagitani, K. |
Membrane localization of XBP1
mRNA contributes the efficiency of IRE1a
-dependent cytoplasmic splicing |
poster |
|
Yang, T.T. |
Heat shock protein 70 expression in
epilepsy suggests stress rather than protection |
poster |
|
Yang, Z. |
Overproduction of QN-rich proteins
destabilize the [PSI+] prion |
poster |
|
Yano, A. |
17-allylamino-17-demethoxygeldanamycin
induces osteoclast differentiation through Src kinase
activation |
poster |
|
Ye, Y. |
Eeyarestatin I targets a p97 complex to
inhibit ERAD and induce ER stress |
poster |
|
Yohda, M. |
Substrate recognition mechanism of
Pyrococcus prefoldin revealed by X-ray crystal
structure analysis and molecular dynamics simulation |
poster |
|
Yonath, A. |
Cotranslational chaperone activities |
talk |
|
Yoshida, H. |
Promoter analysis of target genes of
Golgi stress response |
poster |
|
Yoshida, M. |
New membrane chaperone |
talk |
|
Young, J.C. |
Functional diversity of Hsc70 and Hsp90
co-chaperones |
|
