| POSTERS |
| Barker |
Elizabeth |
An
Examination of Leaf Development in Physcomitrella patens |
| Bezanilla |
Magdalena |
Myosin-VIII
Participates in Proper Branch Formation in Physcomitrella
patens |
| Chervincky |
Kathryn |
Calcium-dependent
protein kinases and related proteins in Physcomitrella patens
|
| Eklund |
Magnus |
Functional
characterization of SHI genes in Physcomitrella patens |
| Fujita |
Tomomichi |
Proteins
identified by the overexpression screening accumulate differentially
in two |
| Hattori |
Mitsuru |
Targeted
gene disruption reveals the involvement of a plastid-localized
pentatricopeptide repeat protein in processing of plastid
pre-mRNA |
| Hoang |
Quoc Truong |
Characterization
of a novel cytolysin, physcomitrin, from the moss Physcomitrella
patens |
| Hoang |
Quoc Truong |
Proteomics:
A tool to identify a novel protein from the moss Physcomitrella
patens |
| Komatsu |
Kenji |
Comparative
analysis of protein Phosphatase 2C involoved in negative regulation
of ABA signaling in Physcomitrella patens and Arabidopsis
thaliana |
| Lehtonen |
Mikko |
Elicitor
responses inPhyscomitrella patens |
| Lyons |
Eric |
New Methods
of Genomic Visualization |
| Mosquna |
Assaf |
The role of polycomb proteins in Physcomitrella
gametophytic phase transition |
| Nilsson |
Anders |
Structure
and localization of hexokinases in the moss Physcomitrella
patens |
| Saavedra |
Laura |
Isolation
and preliminary characterization of a phosphatidylinositol
phosphate kinase enzyme PpPIPK1 in the moss Physcomitrella
patens |
| Saidasan |
Hemalatha |
Genetic
manipulation of cell death induced by mycotoxins in Physcomitrella |
| Saidi |
Younousse |
Transgenic
Physcomitrella patens as biosensor of organic pollutants |
| Seumel |
Gotelinde |
Verification
of a specific microRNA target site by allele replacement in
the moss Physcomitrella patens |
| Shi |
Lan-Xin |
Investigation
of Hsp70 functions in Physcomitrella patens chloroplasts |
| Sim-Sim |
Manuela |
Molecular
versus morphological evolution in the moss genus Echinodium
Jur. |
| Yasumura |
Yuki |
Evolution
of DELLA proteins and their role in plant growth control |
| Zhang |
Hua |
Cellulose Biosynthesis
in Physcomitrella patens |
| Zimmer |
Andreas |
On the
road towards the annotated Physcomitrella patens genome |
| |
| TALKS |
| Perroud |
Pierre-François
|
BRICK1/HSPC300
is required for cell elongation of protonema in Physcomitrella
patens |
| Angelis
|
Karel |
The
capacity of the moss Physcomitrella patens to repair DNA damage.
|
| Anterola
|
Aldwin |
Diterpenoid Metabolism
in Physcomitrella patens: Heterologous Expression and Functional
Characterization of Kaurene Synthase Genes |
| Ashton |
Neil |
MADS
about moss. |
| Axtell |
Michael |
High-throughput
sequencing of Physcomitrella patens small RNAs reveals many
moss microRNAs and a conserved trigger for siRNA biogenesis
|
| Bezanilla
|
Magdalena
|
Understanding
the Role of Actin Dynamics in Protonemal Tip Growth Using
RNAi: An Update on Transient and Inducible RNAi |
| Cho |
Joseph |
Polar
tip growth of protonema and the potential role of vesicle-associated
membrane proteins in Physcomitrella |
| Cove |
David |
Business
meeting (future Moss meetings, etc.) - closing discussion
session |
| Cove |
David |
Insertion
versus replacement in gene targeting |
| Cuming |
Andrew |
An
AFLP-based Genetic Linkage map of Physcomitrella |
| Danon |
Avihai |
Rebox
Signaling: Take home messages from the cholorplast |
| Floyd |
Sandy |
Developmental
gene diversification in the moss clade |
| Hiwatashi
|
Yuji |
A
plant specific kinesin-like protein, AFL1, regulate microtubule
arrays of spindles and phragmoplasts |
| Hughes |
Jon |
What
do mosses tell us about how phytochrome works? |
| Khandelwal |
Abha |
Ancestral
role of Presenilin in plants: regulation of cytoskeleton/polarity
|
| Lang |
Daniel |
Phylogenetic
Analysis of Plant Transcription Factor Gene Families |
| Lawton |
Michael |
Regulation
of disease susceptibility in Physcomitrella |
| Martin |
Anja |
FtsZ
proteins in Physcomitrella: more than just chloroplast division
|
| McDaniel
|
Stuart |
Sex
specific evolutionary processes in Ceratodon purpureus inferred
from variation in the sex linked des6 gene family |
| Mishler |
Brent |
Gene
trees and species trees: problems for comparative genomics
and classification |
| Nishiyama |
Tomoaki |
Gene
phylogeny reconstruction based on whole genome shotgun sequence
data |
| Ohad |
Nir |
The
role of polycomb proteins in Physcomitrella gametophytic phase
transition |
| Quatrano
|
Ralph |
Characterization
and Functional Analysis of ABSCISIC ACID-INSENSITIVE3-like
Proteins from Physcomitrella patens |
| Reiss |
Bernd |
The
role of RAD51 in Physcomitrella recombination and development
|
| Rensing |
Stefan |
Molecular
evidence that Physcomitrella patens is a paleopolyploid |
| Saidi |
Younousse
|
The
use of the heat-inducible promoter to modulate gene expression
in P. patens |
| Sakakibara |
Keiko |
Evolution
of cytokinin biosynthesis in land plants |
| Sakata |
Yoichi |
ABA
is involved in the aluminium tolerance of Physcomitrella patens
|
| Schuette
|
Scott |
Spore
Development in Physcomitrella patens: A Microscopic Exposé
|
| Takezawa |
Daisuke |
Physcomitrella
patens mutant lines with reduced sensitivity to abscisic acid
are hypersensitive to freezing and osmotic stress. |
| Tintelnot
|
Stefanie
|
Abscisic
acid and the outer space of moss: Analysis of extracellular
proteins in Physcomitrella patens |
| Wood |
Andrew |
Nature
and Distribution of Desiccation Tolerance in Bryophytes |
