Amanda Haidet (Kaspar Lab) - Modulating the Inflammatory Profile
of Astrocytes from an Amyotrophic Lateral Sclerosis Mouse Model.
Lindsay Wallace (Harper Lab) - DUX4 Promotes FSHD-Associated Pathology In
Vivo
Sara Garwick (Harper Lab) - Targeted Silencing of FRG1 with Artificial
MicroRNAs Improves Muscular Dystrophy in a Mouse Model of FSHD":
Jordan Gladman (Chandler Lab) - Splicing of the SMN Genes is Regulated
by Conserved Sequence Elements Located in Intron Seven
Tom Bebee (Chandler Lab) - Determining the therapeutic time-point
for SMN replacement in a mouse model of spinal muscular atrophy
Ashwarya Jacob (Chandler Lab) - Damage induced alternative splicing
of MDM2 is controlled by a balance of positive and negative splicing
regulators.
Aixa Tapia-Santos (Chandler Lab) - The role of SR proteins SC35
and Sf2/ASF in stress-induced alternative splicing of MDM2: Implications
in Rhabdomyosarcomas
Vinod Malik (Mendell Lab) - Mutation suppression in DMD patients:
pre- and post-gentamicin treatment.
Rui Xu (Martin Lab) - Overexpression of Galgt2 prevents muscle from
damage and inhibits muscle pathology in muscular dystrophy
Kumar Chandrasekharan (Martin Lab) - Regulation of Skeletal Muscle
Growth by CT GalNAc Transferase
Kumar Chandrasekharan (Martin Lab) - Human-like mutation in Cmah gene
accelerates disease progression in the murine model of muscular dystrophy
Ming Tian (Belury Lab) - Cardiac Alterations in Cancer-induced Cachexia
in Mice.
Alex Remels (Guttridge Lab) - TNF impairs regulation of skeletal
muscle oxidative capacity through activation of NF-kB
Nadine Bakkar (Guttridge Lab) - Alternative NF-kB Signaling in Myogenesis
and Mitochondrial Biogenesis
Wei He (Guttridge Lab) – Satellite Cells are Activated and
Proliferative in Cancer Cachexia
Jason Dahlman (Guttridge Lab) - NF-kB Functions in Stromal Fibroblasts
to Regulate Early Postnatal Muscle Development
Eric Hill (Guttridge Lab) – NF-kB Anti-Apoptotic Function
is Dispensable in Differentiated Myotubes and Rhabdomyosarcoma cells
Cholanda Handy (Kaspar Lab) Follistatin Gene Therapy Improves Muscle
Mass and Strength in a Laminin-Alpha2 Model of Congenital Muscular
Dystrophy
Jeffrey Precott (Best Lab) - Computerized muscle segmentation for
osteoarthitis research
Furqan Haq (Best Lab) - Cyclic compressive loading facilities recovery
following eccentric exercise
Furqan Haq – (Best Lab) Knee strength predicts loss of function
and decline in physical activity in patients with osteoarthiritis
Jeffrey Prescott (Best Lab) - Imaging biomarkers for osteoarhtiritis
research
Kumar Chandrasekharan (Martin Lab) – Humanizing mouse glycosylation
to build a better mdx model for DMD
Bin Liu (Davis Lab) – Abnormal thin filament Ca2+ binding
associated with cardiac muscle diseases can be corrected through
TnC mutagenesis
Michelle Asp (Belury Lab) – Effects of the insulin sensitizer
rosiglitazone on cachexia outcomes in mice with colon-26 tumors
Ravi Singh (Chandler Lab) – Damage induced alternative splicing
of MDM2 is controlled by a balance of positive and negative splicing
regulators
Ravi Singh (Chandler Lab) – The role of SR proteins SF2/ASF
and SC35 in stress-induced alternative splicing of MDM2: implications
in rhabdomyosarcoma
Michelle Monasky (Janssen Lab) – Dynamic relaxation primarily
determined by myofilament properties
Lindsay Wallace (Harper Lab) – Targeted silencing of FRG1
with artificial microRNAs improves muscular dystrophy in a mouse
model of FSHD
Vicki McGovern (Burghes Lab) – Spatial Requirement of SMN
in neurons
Kumar Chandrasekharan (Martin Lab) – The CT GA Transferase
regulates skeletal muscle growth via modulation of myostatin signaling
Christopher Penton (Montanaro Lab) Altered cell fate of muscle side
population cells in muscle
