Session zoom recordings info (restricted to registered participants): LINK
Session 1. Friday, 7.29 07:00 - 10:00 PM, Welcome, and Events at the ice surface (part 1).
Session 2. Saturday 7.30 09:00 - 12:00 noon, Biological ice nucleation.
Session 3. Saturday 7.30 07:00 - 10:00 PM, IBP Nomenclature, Discovery, and Evolution.
Session 4. Sunday, 7.31 09:00 - 12:00 noon, Events at the ice surface (part 2).
Session 5. Sunday, 7.31 07:00 - 10:00 PM, Applications of IBPs (part 1).
Session 6. Monday, 8.1 09:00 - 12:00 noon, Lifetime Achievement Award,
Applications of IBPs (part 2),
Closing remarks.
7.29.2022 Friday
4:00 - 5:45 PM.
In-person registration
7.29.2022 Friday
6:00 - 6:45 PM.
7.29.2022 Friday
7:00 PM - 10:00 PM
Zoom recordings: LINK
Welcome and announcements. Ido Braslavsky & Peter Davies (10 min)
Events at the ice surface (part 1) Ran Drori chairing
Ran Drori Opening remarks (10+5 min)
Julian Gerhaeuser Correlation between the ice surface structure and the Gibbs-Thomson equation in Molecular Dynamics Simulations (15+5 min)
Amish Patel Molecular Insights into the Interactions between Antifreeze Proteins and Ice (20+10 min)
Kenji_Mochizuki Melt growth mechanism of basal ice face and its link to AFPs (10+5 min)
BREAK 10 min
Hossam Farag Free Energy Barriers for Anti-Freeze Protein Engulfment: A Model for the Effects of Supercooling, Footprint Size, and Spatial Separation (20+10 min)
A. Malinowska Local curvature analysis of ice recrystallisation inhibition (10+5 min)
Jeongmoon Choi Identifying Ice-Philic Patches to Inform the Ice Binding Sites of Antifreeze Proteins (10+5 min)
GENERAL DISCUSSION 15 min
7.30.22 Saturday
9:00 - 12:00 noon
Zoom recordings: LINK
Biological ice nucleation Valeria Molinero chairing
Valeria Molinero Opening remarks (15 min)
Tina Šantl-Temkiv Structure and Protein-Protein Interactions of Ice Nucleation Proteins Drive Their Activity (30+10 min)
Jocelyn Lee Probing the structure-function relationships of a bacterial ice nucleation protein guided by its AlphaFold model (10+5 min)
Thomas Hansen Investigating the higher order structure of a bacterial ice nucleation protein (15+5 min)
BREAK 10 min
Virginia Walker Purple brome downs the champion, Pseudomonas syringae, with a remarkable “jab-cross-hook” combination (20+10 min)
Ingrid Ribeiro Tetramer is the minimum size of the INP aggregate in P. syringae (20+10 min)
GENERAL DISCUSSION 15 min
7.30.22 Saturday
7:00 PM - 10:00 PM
IBP Nomenclature, Discovery, and Evolution Chris Cheng chairing.
Zoom recordings: LINK
Chris Cheng Opening remarks (20 min)
Peter Davies Nomenclature of IBPs (15+5 min)
Onnela Luhila Ice-binding proteins in psychrophilic bacteria – isolation, characterization, and applications in food (10+5 min)
Johanna Winder The diversity of ice-binding proteins in the polar diatom Fragilariopsis cylindrus (10+5 min)
BREAK 10 min
Rob Eves Using small IBPs as affinity tags in protein purification (10+5 min)
Joanna Kelley Evolution of type III antifreeze proteins in Zoarcoidei (15+5 min)
Laurie Graham Origins of type I AFPs (20+10 min)
GENERAL DISCUSSION 15 min
7.31.22 Sunday
9:00 - 12:00 noon
Events at the ice surface (part 2) Ran Drori chairing
Zoom recordings: LINK
Ido Braslavsky Atomic force microscopy for the investigation of ice surfaces covered by IBPs (20+10 min)
Roderick Tas Revealing the interfacial interactions of single, ice-bound antifreeze proteins through subzero nanoscopy (20+10 min)
Tolou Shokuhfar Real-time, nanoscale observation of ice nucleation on TiO2 nanoparticles in water (20+10 min)
BREAK 10 min
Structure-function relationships in IBPs Chair TBA
Sakae Tsuda Fish ice-binding proteins differently function at higher concentrations (15+5 min)
Douglas Laurents NMR Studies of the Snow Flea Antifreeze Protein as a Model Polyproline II Helical Bundle to Advance Protein Design (15+5 min)
Connor Scholl Exploring the activity-size relationship in IBPs through protein engineering (10+5 min)
Biman Jana Connecting cold denaturation and antifreeze proteins: uncovering nature’s design (20+10 min)
GENERAL DISCUSSION 15 min
7.30.22 Sunday
7:00 PM - 10:00 PM
Applications of IBPs 1 Sakae Tsuda chairing
Zoom recordings: LINK
Sakae Tsuda Opening remarks (10+5 min)
Jianjun Wang Revealing the mechanism of IBPs for cryopreservation (20+10 min)
Tatsuya Arai Elucidating the molecular mechanism of cell protective function of ice-binding proteins at non-freezing temperature (10+5 min)
Masahiro Kuramochi Expression of Ice-Binding Proteins in Caenorhabditis elegans Improves the Survival Rate after freezing and cold shock (10+5 min)
BREAK 10 min
Katrin Bamberg Winter flounder meets Gila Monster - Structure and Activity of (photoswitchable) AFP-Tc-Protein Chimera (10+5 min)
Gang Ren Macromolecular structures in ice (15+5 min)
Tim Hogervorst Ice-binding with nano-tube forming cyclic peptides (10+5 min)
Ido Braslavsky Fortified ice - cellulose composite by ice-binding protein and cellulose-binding protein chimera. (10+5 min)
8.1.22 Monday
9:00 - 12:00 noon
Jack Duman Lifetime Achievement Award (Introduction by Laurie Graham)
Zoom recordings: LINK
Applications of IBPs 2 Ido Braslavsky chairing
Prakriti Kashyap Isolation of ice-binding proteins from Himalayan barley (10+5 min)
Daniëlle van den Broek Ice-binding proteins for cryopreservation of heart cells and tissue (10+5 min)
Krisztina Varga An insect antifreeze protein from Anatolica polita: structure and its applications in cryoprotection of mammalian cells (15+5 min)
Ana Marie Lyons Comparative proteomics of cold-treated tardigrades reveals shifts in key biological processes and identifies putative ice-binding proteins (10+5 min)
BREAK 10 min
Yusuke Kato Antifreeze Properties of Antifreeze Protein-Poly(vinyl alcohol) Conjugates (10+5 min)
Matthew Reeder Inhibiting Ice Recrystallization by Corn Cob Hemicelluloses (10+5 min)
John Tsavalas Ice Nucleation Promotion Impact on Ice Recrystallization Inhibition Activity of Polyols (15+5 min)
Closing remarks