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Dr.Trusha taught 3 days ago
The Student and Tutor discussed functional groups, monomers, polymers, dehydration synthesis, hydrolysis, and the four classes of organic macroolecules (carbohydrates, proteins, nucleic acids, and lipids). The Student practiced identifying functional groups and understanding the relationship between monomers and polymers. The next session is scheduled to continue discussing organic molecules.
Functional Groups
Monomers and Polymers
Dehydration Synthesis
Hydrolysis
Carbohydrates: Monosaccharides and Polysaccharides
Lipids: Triglycerides
Phospholipids
Waxes
Dr.Trusha taught 4 days ago
The session focused on chemical bonds, polarity, and the unique properties of water. The Student reviewed electronegativity, learned about polar and non-polar covalent bonds, and discussed hydrogen bonding and its effects on water's characteristics. The tutor plans to communicate progress with the Student's parent, and the Student will notify the Tutor regarding availability for extra classes to prepare for upcoming tests.
Electronegativity
Polarity of Water Molecules
Hydrogen Bonding
Water as a Versatile Solvent
Acids
Bases
and pH
Organic Compounds and Carbon
Dr.Trusha taught 7 days ago
The session reviewed the exit from mitosis, focusing on the roles of ubiquitination and key regulatory proteins. The Student and Tutor examined the differences in cell cycle regulation between mammals and yeast, as well as the unique embryonic cell cycle of Xenopus laevis. They discussed study guide questions to prepare for an exam.
Ubiquitin-Proteasome Pathway and Mitosis Exit
Regulation of CDK1 Activity during Mitosis
Core Mechanisms of Mitotic Exit
Differences in Regulatory Styles: Yeast vs. Mammals
Embryonic Cell Cycle in *Xenopus laevis*
Checkpoint Regulation: G2/M Transition
Mitotic Attachment Types
Dr.Trusha taught 8 days ago
The session reviewed cell cycle regulation, including the roles of MPF, cyclins, CDKs, cohesins, and related proteins. The student received a quiz on cell counting methods and then reviewed the material with the tutor, clarifying concepts and addressing areas of confusion. The student will review the material and powerpoints for a follow-up session, and complete any assigned study guide questions.
Maturation Promoting Factor (MPF)
Nuclear Lamins and Nuclear Envelope Breakdown
Structural Maintenance of Chromosomes (SMC) and Condensin
Cohesin and Sister Chromatid Cohesion
APC/C (Anaphase Promoting Complex/Cyclosome)
Cyclins and Cyclin-Dependent Kinases (CDKs)
Evelyn taught 10 days ago
The Student and Tutor reviewed meiosis and its differences from mitosis, covering chromosome numbers and cell division phases. The Student practiced recalling information and answered quiz questions to reinforce understanding of key concepts. The Tutor assigned a quiz for further practice and planned to review upcoming lectures before the next session.
Mitosis vs. Meiosis: Purpose and Outcome
Chromosome Number and Ploidy
The Significance of Gametes and Fertilization
Meiosis I and Meiosis II: A Two-Step Process
Meiotic Prophase I: Key Events
Cytokinesis: Dividing the Cytoplasm
Dr.Trusha taught 16 days ago
The Student and Tutor reviewed quantitative genetics concepts, including inheritance, genetic architecture, and heritability. They discussed additive and dominance effects, working through examples and formulas. The session concluded with a plan to continue with Hardy-Weinberg and QTL mapping in the next session and to do practice questions.
Qualitative vs. Quantitative Traits
Complex Inheritance
Phenotypic Deviation
Broad Sense Heritability (H²)
Additive Genetic Effects
Dominance Genetic Effects
Genetic Deviation Decomposition
College Station: A City Built on Biology and Opportunity

College Station is far more than a typical college town; it is a global epicentre of biological science where education, research, and industry converge to create unparalleled opportunities. Fundamentally shaped by the presence and land-grant mission of Texas A&M University (TAMU), the city's identity is inextricably linked to the study of life sciences. For anyone pursuing an interest or career in biology, College Station offers a complete ecosystem, a place to learn the fundamentals of biology, apply them in the field, contribute to world-class research, and ultimately transition into a thriving professional career, all within the Brazos Valley.
The Academic Foundation for a Biology Career
The journey begins at Texas A&M, a tier-one research institution with a comprehensive and globally renowned life sciences portfolio. The study of biology here is not confined to a single path but is woven through the fabric of multiple colleges, allowing students to tailor their education to specific career goals. The College of Arts & Sciences’ Department of Biology provides a powerful academic core, historically placing more of its majors in medical and dental schools than any other department at the university. This makes it an ideal starting point for a career in health-related biology. For those interested in applied science, the College of Agriculture & Life Sciences, one of the largest of its kind in the nation, offers specialisations in everything from entomology to wildlife and fisheries sciences. The world-leading College of Veterinary Medicine & Biomedical Sciences provides a direct route to animal health professions and cutting-edge biomedical research. This diverse academic environment ensures that a degree in biology from Texas A&M is the first step toward a specialised and successful career in the field of biology.
Living Laboratories: Building Skills Beyond the Classroom
While learning, students in College Station have access to an array of "living laboratories" where theoretical biology knowledge becomes a practical skill. These are not just parks and gardens; they are dynamic sites for hands-on biological training.
- Lick Creek Park: This 523-acre preserve of the Post Oak Savannah ecosystem allows students to conduct ecological field studies, practice plant and insect identification, and even study the conservation biology of the endangered Navasota ladies’-tresses orchid.
- The Gardens at Texas A&M: This 27-acre complex serves as a vibrant outdoor classroom for botany, horticulture, and sustainable landscape design, providing a living library of diverse plant life, perfect for plant biology students.
- Biodiversity Research & Teaching Collections: Offering invaluable experience with over a million preserved specimens, this facility provides training in museum methods, taxonomy, and biodiversity data analysis, all highly sought-after skills in the biological sciences.
From Research to Reality: The "Bench-to-Business" Pipeline
College Station is a major hub for biological research, providing students with opportunities to work alongside leading scientists on projects with global significance. This "bench-to-business" pipeline ensures that academic research is directly connected to solving real-world problems.
- Global Health Research Complex (GHRC): This facility offers a rare glimpse into high-stakes biosafety, supporting BSL-3 and BSL-3Ag work on diseases that threaten public and agricultural health, providing context for microbiology and virology, key areas of biology.
- USDA Agricultural Research Service: The local USDA centre focuses on real-world challenges like food safety and antimicrobial resistance, offering a window into applied microbiology and its impact on the food supply.
The Bio-Corridor: Where Degrees Turn into High-Tech Jobs
Ultimately, a biology education in College Station leads to tangible career pathways, many located within the city’s rapidly growing biocorridor. This industrial hub translates academic training into professional opportunities in the life sciences sector.
- FUJIFILM Diosynth Biotechnologies: This company operates North America’s largest single-use biomanufacturing campus in College Station, offering GMP (Good Manufacturing Practices) roles in creating biopharmaceuticals.
- National Centre for Therapeutics Manufacturing (NCTM): This Texas A&M-affiliated centre provides hands-on modules in cell culture and bioprocessing, serving as a direct bridge from the classroom to an entry-level biotech job.
- Matica Biotechnology: Specialising in viral-vector manufacturing for gene therapies, this company places College Station at the forefront of modern medicine and offers highly specialised career paths for graduates with a degree in biology.
Building a Career in Biology, From the Ground Up
In College Station, a student can truly experience the full life cycle of a career in biology. The journey can begin with foundational coursework at Texas A&M, progress to hands-on fieldwork at Lick Creek Park, lead to an undergraduate research position at a world-class institute like the GHRC, and culminate in a professional role at a leading biomanufacturing company, all without ever leaving the city. This integrated ecosystem, where education, research, and industry are deeply intertwined, solidifies College Station's reputation as a city not just adjacent to biology, but a city whose identity, economy, and future are powered by it.




