Genomic Perspectives in Comparative Physiology of Mollusks: Integration Across Disciplines

Day: Mon Jan 4 – 10:15-18:30
Organizer(s): Omera Matoo and Maurine Neiman

Symposium	Author(s)	Title
S2	Neiman, M*; Matoo, O	Introduction to genomic perspectives in comparative physiology of mollusks: Integration across disciplines
S2	Adema, CM*; McQuirk, KA; Seppala, O; Castillo, MG	Fielding freshwater snail immunity
S2	Allam, B	Multi-omic approaches to reveal interactions between the hard clam and its parasite QPX
S2	Heath-Heckman, EAC*; Nishiguchi, M	Exploring the genomic underpinnings of symbiosis in bobtail squid
S2	Ghiselli, F*; Milani, L; Iannello, M; Piccinini, G	Bivalve molluscs as model systems for studying mitochondrial biology
S2	Matoo, OB*; Sharbrough, J; Neiman, M; Montooth, KL	Phenotypic variation in energy metabolism across New Zealand snail populations
S2	Kelly, MW*; Smith, HN; Sirovy, KA; LaPeyre, JF; List, SM; Johnson, KM	Testing how broad physiological tolerances are shaped by selection: transcriptomic variation in salinity, temperature, and hypoxia responses in the eastern oyster
S2	Furr, D; Ketchum, RN; Leach, WB; Ivanina, AV; Reitzel, AM*	Genetic and environmental correlates of physiology and gene expression for the eastern oyster in the southeastern United States
S2	Churches, N; Chancellor, J; Chang, P; Nuzhdin , S*	Pacific oysters (Crassostrea gigas) dramatically recalibrate the model for the upper limit of the eukaryotic mutation rate
S2	Roberts, SR	A perspective on DNA methylation in bivalves