2024 Northeast Nuclear Envelope Posters
–1–
Novel mechanisms promoting nuclear envelope integrity
Emma Sydir
–2–
A general method for quantitative fractionation of mammalian cells
Yael Udi
–3–
LINCing nuclear mechanics with extracellular matrix homeostasis
Kerri Davidson
–4–
Enhancing immunogenic nuclear assembly defects after cell division
Laura Chastant
–5–
Analyzing the role of CeNET31 in regulating the timing of mitotic events
Victoria Puccini de Castro
–6–
Identification of intermediates of the Herpesvirus Nuclear Egress Complex coat in situ by Cryo-ET/FIB
Nathalie Lavoie
–7–
Persistent DNA bridges as a potential morphological biomarker for cancer treatment targeting the DNA damage response
Anže Šumah
–8–
Loss of JAK1 Confers Radioresistance in HNSCC through Cell Cycle Changes
Vanessa Kelley
–9–
Propagation of Mechanical Agitation Along the Chromatin Fiber in Live Cells
Ivan Surovtsev
–10–
Exploring the link between PA Metabolism and Nucleophagy
Danique Laan
–11–
Loss of nuclear integrity ties PARP inhibitors to innate immune signaling
Ece Koçak
–12–
Lipid droplets can rupture the nucleus
Irena Ivanovska
–13–
Measure the Dynamism: Modeling the Collective Behavior of FG-Nups in the Nuclear Pore Complex by Dynamic DNA Nano-rings
Eason Cao
–14–
A more stringent passive diffusion barrier in neuronal nuclear pores: are sugar modifications the clue?
Sunandini Chandra
–15–
Defining a mechanism for SUN2's mechanical regulation of fibrosis
Sandra Sandria
–16–
Channel width modulates the permeability of DNA origami based nuclear pore mimics
Qingzhou Feng
–17–
Spatio-Temporal Dynamics of the Nucleo-Cytoplasmic Transport in Human Cells
Alexis Clavijo, Sumon Sahu, Yijun (Nancy) Shi
–18–
Investigating Recruitment of ‘Core’ but not ‘Non-core’ Nuclear Envelope Reformation Factors to Cytosolic DNA
Anthony Isenhour
–19–
The Role of Arp2/3 complex in Regulating Mitotic Entry and progression in S. pombe
Dhanya Kalathil
–20–
Visualization of Nuclear Egress in Gamma-herpesviruses
Ariana Calderon-Zavala
–21–
Quantifying nuclear pore complex flexibility and diversity using Pan-Expansion Microscopy
Kimberly Morgan
–22–
Nesprin-2 is upregulated in glioblastoma and contributes to tumor progression
Susumu Antoku
–23–
Deciphering the fuzzy interactions in the nuclear transporter
David Cowburn
–24–
CBC and eIF4E: An Unexpected Friendship?
Jean-Clement Mars
–25–
The role of nuclear F-actin in oocyte genomic integrity
Federica Giannini
–26–
Features that functionalize Nodal Modulator (NOMO) in regulating ER morphology and muscle differentiation
Brigitte Naughton
–27–
An ESCRT grommet cooperates with a diffusion barrier to maintain nuclear integrity
Nick Ader
–28–
A direct nuclear to integrin connection through actin and the LINC complex is critical for 3D epithelial architecture
Megane Rayer
–29–
Increased substrate stiffening reduces emerin protein levels to increase nuclear dysmorphism
Emily Hansen Miller
–30–
Nesprin-2’s actin- and microtubule-interacting domains differentially affect gene expression
Paige Wilson
–31–
Molecular Mechanisms Underlying DYT1 Dystonia – Pathway Elucidation and Small Molecule Interventions
Chandrayee Mukherjee
–32–
Identification of PP2A-Tws target uncovers regulation of Otefin during nuclear envelope reassembly in Drosophila
Virginie Emond-Fraser
–33–
Emerin as a Critical Regulator of Myogenic Differentiation
Nicholas Marano
–34–
The role of Y-complex nucleoporins in mitosis
Reham Aljumaah
–35–
Reduced emerin expression drives an invasive phenotype in MCF7 breast cancer cells
Christal Rolling
–36–
Microtubule forces drive nuclear damage in LMNA cardiomyopathy
Carmen Suay Corredera
–37–
Serum starvation and stimulation regulates nuclear blebbing and rupture possibly through coherent chromatin motion
Kelsey Prince
–38–
Interphase-based changes from G1 to G2 in actin and nuclear mechanics dictate nuclear shape and integrity
Samantha Bunner
–39–
DNA damage drugs cause ATM-dependent decreased heterochromatin leading to nuclear softening, blebbing, and rupture
Nebiyat Eskndir
–40–
An inner nuclear membrane-sensing screen reveals binding preferences in amphipathic helices for the nuclear envelope
Shoken Lee