Type: Theses / Subject: Molecular biology and Biochemistry | Search Results | Academic Commons

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1. Regulation of alternative splicing and its connections to cancer

: Chen, Mo
: 2011
: Theses
: BiologyMolecular biologyBiochemistryRNA splicingPyruvate kinaseCancer cellsExons (Genetics)Mammals--Genetics

2. Studies on mammalian pre-mRNA splicing : connections to transcription and cancer

: David, Charles J.
: 2011
: Theses
: BiochemistryMolecular biologyRNA splicingCancer--Genetic aspectsCancer cellsMammals--GeneticsGlycolysis

3. Building a Genetic System in Yeast to Search for High Affinity Proteins in Sequence Space

: Merguerian, Matthew Douglas
: 2013
: Theses
: Molecular biologyBiochemistryCytology

4. Structural and Biochemical Characterizations of the Symplekin-Ssu72-CTD Complex in Pre-mRNA 3' end Processing

: Xiang, Kehui
: 2013
: Theses
: BiochemistryGenetic transcriptionRNA polymerasesBiologyMolecular biology

5. Molecular Basis for the Recognition of the Regulatory Stem-loop Structures in Eukaryotic Messenger RNAs

: Tan, Dazhi
: 2014
: Theses
: Messenger RNARNA-protein interactionsEukaryotic cellsBiologyBiochemistryMolecular biology

6. Investigating the role of the RNA binding protein TDP-43 in Amyotrophic Lateral Sclerosis using animal and cell-based models of disease

: Lehrer, Helaina
: 2015
: Theses
: Molecular biologyNeurosciencesBiochemistry

7. Reprogramming protein synthesis for cell engineering

: Anzalone, Andrew Vito
: 2015
: Theses
: Proteins--SynthesisBioengineeringAmino acids--BiotechnologyRNA-protein interactionsSynthetic biologyBiochemistryChemistry, OrganicBiologyMolecular biology

8. Structural Studies of the Fungal pre-mRNA 3'-end Processing Machinery

: Jurado, Ashley Rae
: 2015
: Theses
: ProteinsRNA splicingScission (Chemistry)Messenger RNAMolecular biologyBiologyBiochemistry

9. Chloride Intracellular Channels 1 and 4 function in distinct branches of S1P signaling to regulate endothelial cell behavior and vascular development

: Jilishitz, Irina
: 2016
: Theses
: MorphogenesisGrowth factorsNeovascularizationEndothelial cellsMolecular biologyBiochemistry

10. RPGRIP1L and FTO – genes implicated in the effects of FTO intronic sequence variants on food intake – also affect adipogenesis and adipocyte biology.

: Martin-Carli, Jayne Frances
: 2017
: Theses
: BiochemistryCytologyMolecular biologyObesity--Genetic aspects