Plant Cell Dynamics 2021
Chunhua
Zhang Tribute
June 1-3
MWPCD
2021_Talks
Time:
9:15am-12:30pm CST
MWPCD
2021_poster sessions
Time: 4:30-8:00
PM CST
Program: There will be two
sessions per day, with talks in the morning and poster sessions in the evening.
Zoom rooms available each afternoon for open use.
Note all times correspond to
Central Standard Time, USA (CST)
Zoom meeting links to talk
and poster sessions will be sent to all registered participants
Tuesday,
June 1st
9:45
am: Opening remarks by Dan Szymanski (Purdue University)
10:00-10:35
am: Keynote Speaker Takashi Ueda (National Institute for Basic Biology,
Japan)
10:35-10:55
am: Kriechbaumer Lab (Oxford Brookes University, UK)
10:55-11:05
am: Break
11:05-11:25
am: Heese Lab (University of Missouri, USA)
11:25-11:45
am: Bassil Lab (University of Florida, USA)
11:45-12:05
am: Friml Lab (IST, Austria)
12:05-12:30
pm: Zhang Lab (Purdue University, USA)
Tuesday,
June 1st
5:00-6:30
pm Poster sessions
5:00-5:45
pm: posters 1 to 10
5:45-6:30
pm: posters 11 to 20
Wednesday,
June 2nd
10:00-10:35
am: Keynote Speaker Charlie Cunningham (NSF)
10:35-10:55
am: Smertenko Lab (Washington State University, USA)
10:55-11:05
am: Break
11:05-11:25
am: Braybrook Lab (UCLA, USA)
11:25-11:45
am: Zabotina Lab (Iowa State University, USA)
11:45-12:05
am: Anderson Lab (Penn State, USA)
Wednesday,
June 2nd
5:00-6:30
pm Poster sessions
5:00-5:45
pm: posters 21 to 30
5:45-6:30
pm: posters 31 to 40
Thursday,
June 3rd
10:00-10:35am:
Keynote Speaker Michelle Facette (UMass
Amherst, USA)
10:35-10:55
am: Haswell Lab (Washington
University, USA)
10:55-11:05
am: Break
11:05-11:25
am: Rasmussen Lab (UC-Riverside, USA)
11:25-11:45
am: Kessler Lab (Purdue University, USA)
11:45-12:05
am: Rodriguez-Villalon
Lab (ETH, Switzerland)
12:05-12:15
am: Plans for 2022 meeting by Georgia
Drakakaki (UC Davis).
Thursday,
June 3rd
5:00-6:30
pm Poster sessions
5:00-5:45
pm: posters 41 to 50
5:45-6:30
pm: posters 51 to 62
Poster Schedule and Breakout Room
Tuesday,
June 1st
5:00-5:45
pm: posters 1 to 10
Breakout
room |
Poster # |
First author - Lab |
Title |
A |
1 |
Peifeng Yu - Hua
Lab |
The Ubituitin-26S Proteasome and Autophagy Systems Relay
Proteome Homeostasis Regulation During Seed Development |
2 |
Youngwoo Lee - Szymanski |
Multimerization variants as potential drivers of
neofunctionalization |
|
B |
3 |
Ayoub Stelate - Petrasek |
The identification of cytoskeletal determinants of PIN-FORMED
protein dynamics within the plasma membrane. |
4 |
Jinmo Gu - Nebenfuehr |
The power of engineering organelle movements in plants |
|
C |
5 |
Katarzyna Retzer |
Root illumination status defines PIN-FORMED2 (PIN2) subcellular distribution
and intracellular trafficking |
6 |
Justin Brueggeman - Nebenfuehr |
Nuclear Movement in Growing Root Hairs in Arabidopsis thaliana
Depends on Multiple Mechanisms |
|
D |
7 |
Alexander Johnson - Friml |
The TPLATE complex mediates membrane bending during plant
clathrin-mediated endocytosis |
8 |
Sara Maynard - Griffing |
405nm photostimulation of the
endoplasmic reticulum-chloroplast contact site in Arabidopsis hypocotyls
causes rapid cytoskeletal depolymerization and elevated cytoplasmic calcium |
|
E |
9 |
Tyler Mendes - Meier |
Identifying motor proteins that function in male germ unit movement
in Arabidopsis thaliana pollen tubes |
10 |
Weiwei Zhang - Staiger |
Arabidopsis myosin XIK interacts with the exocyst
complex to facilitate vesicle tethering during exocytosis |
Tuesday,
June 1st
5:45-6:30
pm: posters 11 to 20
Breakout
room |
Poster # |
First author - Lab |
Title |
A |
11 |
Yang Li - Hua |
A machine learning approach to prioritizing functionally active
F-box genes in plants |
12 |
Giulia Russo - Schubert |
Strigolactones and
abiotic stress in plants: modulation of abscisic acid transport |
|
B |
13 |
Ning Zhang - Zabotina |
Xyloglucan synthesizing complex: protein-protein interactions,
localization, trafficking, and compositional dynamics. |
14 |
Guillermo Baena - Karnikbr |
Trafficking SNARE SYP132 contributes to stomatal defenses
through regulation of plasma membrane H+-ATPases |
|
C |
15 |
Sidney L. Shaw - Shaw |
Evidence for GTPase rate constant regulation in cortical
microtubule dynamics. |
16 |
Megan Paredes - Griffing |
Photostimulation at the
ER-chloroplast contact sites induces mitochondrial and peroxisomal
clustering. |
|
D |
17 |
Anthony Postiglione - Muday |
Spatial Regulation of ABA-Induced ROS Synthesis During Stomatal
Closure |
18 |
Alani Antoine-Mitchell – Heese |
Novel vesicular trafficking component modulates Fe sensing and
IRT1 accumulation in Arabidopsis thaliana |
|
E |
19 |
Abira Sahu - Nielsen. |
Functional Characterization of CSLD2, CSLD3, and CSLD5 Proteins
during Cell Wall Synthesis |
20 |
Xiaojiang Guo |
An Interrogation of Kinesin-14 Evolution Reveals Novel Motors in
the Spindle Midzone for Establishing the Bipolar Mitotic Apparatus |
Wednesday,
June 2nd
5:00-5:45
pm: posters 21 to 30
Breakout
room |
Poster # |
First author - Lab |
Title |
A |
21 |
Zizhen Liang -
Kang |
CURT1A is required for the assembly of grana stacks at the
prolamellar body surface in the Arabidopsis etioplast |
22 |
Baiying LI |
Distinct COPII populations in nutrient deprivation and stress
conditions |
|
B |
23 |
Yonglun Zeng -
Jiang |
The Plant Energy Sensor SnRK1 Phosphorylates FREE1 to Regulate
Autophagosome Closure Through Orchestrating the ESCRTIII Complex and Core
Autophagy Machinery |
24 |
Francois Jobert - Robert |
Understanding the mechanisms of cell shape regulation in jigsaw
puzzle-shaped leaf pavement cells |
|
C |
25 |
PJuan Carlos
Montesinos - Benkova |
Cytokinin modulation of the microtubules
dynamics, a mechanism regulating cell differentiation in plants |
26 |
Morgan Moser - Meier |
Establishing the molecular role of SINE proteins in regulating
stomatal dynamics in Arabidopsis thaliana |
|
D |
27 |
Umma Fatema Mohammad Foteh Ali -
Kawashima |
Investigating the Role of the Class XI Myosin in F-actin
Dynamics required for Sperm Nuclear Migration in the Arabidopsis Central Cell |
28 |
Ivan Radin - Haswell |
Plant homologs of PIEZO mechanosensitive ion channels localize
to the tonoplast and affect vacuolar morphology |
|
E |
29 |
Kelly Mason - Heese |
Synergistic roles of Clathrin Coated Vesicle (CCV) components in
modulating basal plant immune responses. |
30 |
Dae Kwan Ko -
Brandizzi |
Transcriptional competition shapes proteotoxic ER stress
resolution |
Wednesday,
June 2nd
5:45-6:30
pm: posters 31 to 40
Breakout
room |
Poster # |
First author - Lab |
Title |
A |
31 |
M. Arif Ashraf - Facette |
Tale of the nucleus: A protein in the nuclear membrane is required
for correct division plane orientation |
32 |
Sabrina Kaiser - Scheuring |
The vacuole - cytoskeleton connection: a handle to regulate
growth? |
|
B |
33 |
Yao Xiao - Schwechheimer |
KIPK-mediated termination of hypocotyl negative gravitropism |
34 |
Jenny Codjoe - Haswell |
Mechanosensitive ion channel MSL10 genetically and physically
interacts with ER-plasma membrane contact site proteins |
|
C |
35 |
Lu Wang - Dong |
Connected function of PRAF and GNOM in membrane trafficking
controls intrinsic cell polarity in plants |
36 |
Benjamin P. Graham - Haigler |
Cotton fibers as a case study of how cells set their diameter |
|
D |
37 |
Nga Nguyen - Heese |
Clathrin adaptor
regulates plasma membrane protein abundance in the roots for effective
hormone efflux |
38 |
Mingqin Chang - Drakakaki |
Identification of new molecular players during plant cytokinesis |
|
E |
39 |
Alina Graf - Schwechheimer |
A repeated cysteine-containing motif in AGC1 kinases and its
role in cell biology |
40 |
Chloe Champeyroux - Rodriguez-Villalon |
Evolution of two PTENs subfamilies to regulate different
vacuolar trafficking routes during plant development |
Thursday,
June 3rd
5:00-5:45
pm: posters 41 to 50
Breakout
room |
Poster # |
First author - Lab |
Title |
A |
41 |
Adria Sans Sanchez - Zwiewka |
Arabidopsis FLIPPASE as new vesicular trafficking regulator in
stress conditions |
42 |
Kamryn Spinelli - Wu |
Inferring the distribution of material secretion for tip-growing
cells via a mechano-geometric model |
|
B |
43 |
A. E. Lanassa Bassukas
- Schwechheimer |
PDK1 substrate AGC1 PAX kinase controls protophloem
differentiation and vein patterning |
44 |
Gujas Bojan -
Rodriguez-Villalon |
Traffic Lights of Xylem Cell Differentiation: PTEN2s Regulation
of Tonoplast Dynamics |
|
C |
45 |
Aimee N. Uyehara - Rasmussen |
Analysis of aberrant, preprophase band-independent TANGLED1
recruitment to the cell cortex in maize |
46 |
Boyuan Liu - Vidali |
Loss-of-function and localization analysis of Sec6 and Sec3 in Physcomitrium patens |
|
D |
47 |
Cifrova Petra - Schwarzerova |
Role of ARP2/3 complex in Arabidopsis
thaliana reproduction |
48 |
Rosalie Sinclair - Drakakaki |
Callose and Membrane Dynamics During Cytokinesis In Land Plants And Ancestral Cell Walls |
|
E |
49 |
Janlo M. Robil - McSteen |
The large scutellar node1 gene is
required for auxin-mediated root and vascular development in maize |
50 |
Matthew Hickey - Smertenko |
A model for microtubule dynamics in the Arabidopsis phragmoplast |
Thursday,
June 3rd
5:45-6:30
pm: posters 51 to 62
Breakout
room |
Poster # |
First author - Lab |
Title |
A |
51 |
Alison Mills, - Rasmussen |
Functional Characterization of TAN1 Role in Division Plane
Orientation Using an Arabidopsis Synthetic Double Mutant |
52 |
Leo G Koenigsfeld - McSteen |
tls4 functions in auxin mediated vegetative and reproductive
development in maize |
|
B |
53 |
Beatrice N. Diep - Rasmussen |
Analysis of the preprophase band’s
role in recruiting TANGLED1 and its role in division plane orientation in Zea mays |
54 |
Muhammad Zaki Jawaid
- Drakakaki |
A Biophysical Model for Plant Cell Plate Development Based on
the Contribution of Callose to a Spreading Force |
|
C |
55 |
Yan Ju - Kessler |
FERONIA-mediated polar accumulation of NORTIA at the filiform
apparatus facilitates intra- and inter-specific pollen tube reception
in Arabidopsis thaliana |
56 |
Qiong Nan - Kessler |
WPRs Acting as a Downstream of PAN2 Receptor Is Involved in the Polarity
Establishment in Maize Stomata |
|
D |
57 |
Lei Huang - Zhang |
Endosidin20-1 is more potent than Endosidin20 in inhibiting
plant cellulose biosynthesis |
58 |
Samuel A. Belteton - Szymanski |
Real-time conversion of tissue-scale mechanical forces into an interdigitated
growth pattern |
|
59 |
Liyuan Xu
- Staiger |
Inhibition
of actin filament nucleators leads enhances de novo filament nucleation in
Arabidopsis. |
|
60 |
Xiaohui Li - Zhang |
Identify
novel regulators of exocytosis in Arabidopsis through chemical genetics
screening |
|
F |
61 |
Natasha
Bilkey - Dixit |
The
epidermis drives twisted growth of Arabidopsis roots
|
62 |
Rachappa Balkunde - Dixit |
Novel
Cytoskeletal Regulators of Trichome Branching in Arabidopsis |