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- Title
- 2018 - Could Archaea Be an Important Key to Unlocking the Mysteries of Progeria? - Poster Presentation
- Description
- This is a poster that was presented at the 2018 Science, Mathematics & Engineering (SME) Symposium at Salt Lake Community College. The presenter: Ashley Platt, Salt Lake Community College, Utah USA.
- Subjects
- Disease, Preventive medicine, experimentation, Experiments, hypothetical, hypothesis, evaluation, Archaea, proteins
- Local Identifiers
- 19-0221
- Title
- 2018 - Sustainable Hemp Protein - Poster Presentation
- Description
- This is a poster about sustainable hemp protein that was presented at the 2018 Science, Mathematics & Engineering (SME) Symposium at Salt Lake Community College. The presenters : Kyler Palmer and Erik Nelson, Salt Lake Community College.
- Subjects
- sustainable development, hemp, proteins, amino acids, animal products, Plants, plant proteins, data analysis
- Local Identifiers
- 19-0241
- Title
- 2018 - Purification and Expression of SKIP - Poster Presentation
- Description
- This is a poster that was presented at the 2018 Science, Mathematics & Engineering (SME) Symposium at Salt Lake Community College. The presenters: Scott V. and Thomas P., Salt Lake Community College, InnovaBio. Poster presentation on SKIP (Skeletal Muscle and Kidney-enriched Inositol Phosphatase). The goal of this project is to purify biologically active, recombinant human SKIP.
- Subjects
- Muscles, skeleton and skeleton components, skeleton components, purification, manufacturing, Industry, data analysis, proteins
- Local Identifiers
- 19-0228
- Title
- 2017 - Halogeometricum borinquense PR3, DSM 11551 Acetyltransferase - Poster Presentation
- Description
- This is a poster that was presented at the 2017 Science, Mathematics & Engineering (SME) Symposium at Salt Lake Community College. The presenter: Valerie Rivera. The project's goal was to find the location of a gene Hbor_07830 and examine how amino acids and proteins interact with it.
- Subjects
- chemistry, genetics, proteins, amino acids, Cells (Biology)
- Local Identifiers
- 19-0245
- Title
- 2017 - Annotation Project for Locus Hbor_07980 of the Halogeometricum borinquense genome ATPase AAA - Poster Presentation
- Description
- This is a poster that was presented at the 2017 Science, Mathematics & Engineering (SME) Symposium at Salt Lake Community College. The presenter: Jacob Gustavus a student at Salt Lake Community College. The project's goal was to find the location of a protein coding gene in a specific genome.
- Subjects
- chemistry, genetics, proteins, amino acids, Cells (Biology)
- Local Identifiers
- 19-0246
- Title
- 2018 - Genome Annotation Project: Protein Sequencing in Halogeometricum borinquense - Poster Presentation
- Description
- This is a poster that was presented at the 2018 Science, Mathematics & Engineering (SME) Symposium at Salt Lake Community College. The presenter: Bradford Stockman, Cell Biology Lab (BIOL 2025), Salt Lake Community College. The SLCC Genome Annotation Project continually works in conjunction with the Department of Energy's Joint Genome Institute and with the Microbial Genome Annotation Network to use computational biology to sequence the genome of Halogeometricum borinquense.
- Subjects
- genetics, sequences, analysis and testing techniques, data analysis, data, proteins, annotations, genomes, results, amino acids, Science, Cells (Biology), cellular biology, biology
- Local Identifiers
- 19-0224
- Title
- 2017 - Phosphate ABC transporter substrate-binding Protein - Poster Presentation
- Description
- This is a poster that was presented at the 2017 Science, Mathematics & Engineering (SME) Symposium at Salt Lake Community College. The presenter: Amanda Hogan, a student at Salt Lake Community College. The student was given a subset of a genome and using that information located a gene known as Hbor_08060 locus and tested to see if it was a valid gene while trying to uncover its function.
- Subjects
- genetics, proteins, genomes, Cells (Biology), organic chemistry
- Local Identifiers
- 19-0249
- Title
- 2018 - HPS40/DNAJ Co Chaperone Gene in Halogeometricum borinquense - Poster Presentation
- Description
- This is a poster that was presented at the 2018 Science, Mathematics & Engineering (SME) Symposium at Salt Lake Community College. The presenter: Paulina Martinez-Koury, Cell Biology Gene Annotation Project, Salt Lake Community College. The SLCC Genome Annotation Project continually works in conjunction with the Department of Energy's Joint Genome Institute and with the Microbial Genome Annotation Network to use computational biology to sequence the genome of Halogeometricum borinquense. the proposed hypothesis for this presentation is that locus HBOR_RS04855 is a protein coding gene lead to the identification of the gene as a HPS40 (Heat shock protein)/DNAJ Co Chaperone Protein.
- Subjects
- genes, genetics, sequences, analysis and testing techniques, data analysis, proteins, genomes, Cells (Biology), cellular biology, annotations, degradation, translocation
- Local Identifiers
- 19-0236
- Title
- 2022 - Successful Transformation of pYES2 Plasmid into BL21 Leading to New Directions to Allow for Expression in Yeast - Poster Presentation
- Description
- For the PET Project at the InnovaBio lab, the goal was to grow a linked protein of PETase and MHETase in Brewer’s Yeast. This was because the result would be the breakdown of Polyethylene Terephthalate (or plastic) and have the waste product of ethanol that could be used in a variety of ways. However, when the yeast was grown, no protein bands of any kind appeared on an SDS-PAGE gel or Western Blot after the yeast were lysed and sonicated. With the expectation of seeing the protein expressed after being lysed and sonicated, the project made a transition from yeast to Escherichia coli with the same pYES2 plasmid as it was compatible and could also be transformed into E. coli. Here, I present the pYES2 plasmid in BL21 E. coli. SDS-PAGE gels of the induced E. coli show that we were successful at lysing and sonicating but lack the expression of the protein. Double digest and PCR of purified plasmid show that the protein is present in the E. coli. These findings show that the sequence was successfully inserted into the pYES2 plasmid. However, further testing is needed to verify sequencing of the protein as well as to determine why galactose is not causing induction.
- Subjects
- biotechnology, plastic, Plastics, bioengineering, biodeterioration, biodegradable, proteins, degradation, environmental control, environmental engineering, environmental impact, environmental protection, student projects
- Local Identifiers
- 22-0153