Bioinformatics introduces computational analysis of nucleic acid and protein sequences — genome analysis, evolutionary relationships, and protein-protein interaction.
What BIOL 357 covers
Prerequisites: BIOL 325, IFSM 201 (Concepts and Applications of Information Technology), and MATH 105 (or more advanced MATH or STAT course). An introduction to the use of computers in the analysis of nucleic acid and protein sequences and a study of the significance of these analyses.
The goal is to develop an understanding of the software used in bioinformatics and address specific questions in biotechnology and research. Topics include genome analysis, evolutionary relationships, structure-function identification, protein pattern recognition, protein-protein interaction, and algorithms.
Typical BIOL 357 assignments
Expect an assignment requiring you to use bioinformatics software to analyze a genome or protein sequence and interpret its significance for a specific research question.
Key topics in BIOL 357
- Computational nucleic acid and protein sequence analysis
- Genome analysis and evolutionary relationships
- Protein pattern recognition and interaction
- Bioinformatics software and algorithms
Writing tips for BIOL 357
Follow the assignment instructions and rubric line by line
UMGC assignments for BIOL 357 are graded against a specific rubric or grading criteria your instructor provides — every requirement has to be visibly addressed. Skipping a requirement because it seems minor is one of the most common reasons a strong submission loses points.
Ground claims in specific biological mechanisms, not general description
BIOL 357 expects claims about a biological process to be explained at the level of the actual mechanism (cellular, molecular, or systemic) — a general or surface-level description, even if directionally correct, usually loses points against the rubric's expectation of mechanistic detail.
Connect the biology to informed, real-world decision-making
UMGC's Biology courses consistently frame content around using scientific reasoning to make informed real-world decisions — an assignment that stays purely descriptive without that decision-making connection is missing a piece the rubric typically wants.
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Why students seek help with BIOL 357
Students sometimes run a bioinformatics analysis without interpreting its significance for the specific research question BIOL 357 requires — the rubric typically wants that interpretive step shown, not the raw analysis output alone.
How GradeEssays helps with BIOL 357
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Place Your Order View All ServicesPrerequisites and course context
BIOL 357 requires BIOL 325 (Inquiries in Biological Science), IFSM 201 (Concepts and Applications of Information Technology, from UMGC's Information Systems Management discipline), and MATH 105 or a more advanced MATH or STAT course — the first confirmed cross-discipline prerequisite pulling from Mathematics, Biology, and Information Systems Management together.
Related courses
Frequently asked questions
BIOL 357 requires BIOL 325 (Inquiries in Biological Science), IFSM 201 (Concepts and Applications of Information Technology, from Information Systems Management), and MATH 105 or a more advanced MATH or STAT course — a rare three-discipline prerequisite combination.
Using computers to analyze nucleic acid and protein sequences, covering genome analysis, evolutionary relationships, protein pattern recognition, and bioinformatics algorithms.