Biology tutor near me in Orlando, FL
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Downtown Orlando, Winter Park, College Park covered for biology classes
Khusbu taught about 2 months ago
The session covered the regulation of gene expression in eukaryotes, including chromatin modification, transcription factors, RNA processing (specifically alternate splicing), mRNA degradation, and translation regulation. The Student and Tutor also discussed epigenetic inheritance and the roles of acetylation and methylation in gene regulation. The next class will continue with the remaining slides on the current topic.
Eukaryotic Gene Expression Regulation
Chromatin Modification: Heterochromatin vs. Euchromatin
Histone Acetylation and Methylation
RNA Processing: Alternate Splicing
mRNA Degradation and Translation Regulation
Protein Processing and Degradation
Epigenetic Inheritance
Khusbu taught about 2 months ago
The student and tutor reviewed cell membrane dynamics including phospholipid bilayer structure, phagocytosis vs. pinocytosis, and passive transport (diffusion, osmosis, facilitated diffusion). The student practiced explaining these concepts and their differences. The tutor assigned practice questions and the student will send slides from class before their next session.
Cell Membrane Structure
Endocytosis and Exocytosis
Passive Transport: Diffusion
Passive Transport: Osmosis
Passive Transport: Facilitated Diffusion
Khusbu taught about 2 months ago
The Tutor and Student discussed CRISPR-Cas9 gene editing technology and then moved on to gene expression, covering the central dogma and the relationship between genotype and phenotype. The Student also learned about the genetic code, including start and stop codons, and how to use a codon table. The next session is scheduled to continue with the gene expression topic.
CRISPR-Cas9 System: A Bacterial Defense Mechanism
Gene Expression: From DNA to Protein
The Genetic Code: Triplets and Codons
Ismail taught about 2 months ago
The student and tutor discussed DNA mutations and their impact on protein synthesis. The student chose to focus on insertion mutations for a poster project. The tutor reviewed various mutation types and clarified the structural requirements for accurately depicting DNA mutations in the poster, including the 5' and 3' ends.
Base Pairing Rules in DNA
DNA Directionality: 5' and 3' Ends
The Impact of Mutations on Protein Synthesis
Central Dogma of Molecular Biology
DNA Mutations: An Overview
Dr.Trusha taught about 2 months ago
The Student and Tutor reviewed cancer hallmarks and tumor progression, including genomic instability, DNA repair mechanisms, and the role of inflammation. They discussed how tumor cells evade immune destruction and the significance of cancer stem cells in therapy resistance. The Student has upcoming exams in cell biology and will schedule another lesson to continue review.
Tumor Progression: A Multi-Step Process
Tumor Microenvironment and Myofibroblasts
Cancer Stem Cells (CSCs)
Immune Evasion by Tumor Cells
The Warburg Effect: Altered Energy Production in Tumor Cells
Genome Caretakers: Guardians of DNA
Genomic Instability and Mutation
Khusbu taught about 2 months ago
The Tutor and Student reviewed DNA replication, proofreading, and the end replication problem, focusing on telomeres and telomerase. The class also covered the hierarchical packaging of DNA into chromosomes. The next session was scheduled to continue the discussion.
End Replication Problem
Telomeres: Protective Non-Coding Sequences
Telomerase: Lengthening Telomeres
Telomeres and Aging: The Hayflick Limit
DNA Packaging: From DNA to Chromosomes
Nucleosomes: The Basic Units of DNA Organization
Biology at the Crossroads of Innovation and Inland Ecosystems in Orlando
A city globally recognised for its theme parks, Orlando is also a dynamic and rapidly growing hub for biological science, research, and conservation. While not a coastal city, its unique inland geography, characterised by a vast network of lakes, springs, and proximity to the headwaters of the Everglades, creates a distinctive natural laboratory. This environment, combined with a major research university and a world-class medical city, makes Orlando a compelling centre for students, researchers, and professionals exploring everything from freshwater ecology to cutting-edge biomedical innovation. For anyone passionate about biology, this city offers a complete ecosystem to learn and thrive.
An Academic and Research Powerhouse in Biology
Orlando's biological landscape is anchored by a formidable combination of academic and research institutions that are driving both education and economic development in the life sciences. A strong foundation in biology is the first step toward a career in these fields.
- University of Central Florida (UCF): As one of the largest universities in the nation, UCF is a powerhouse in the biological sciences. Its Department of Biology offers a comprehensive range of programs, with research strengths in conservation biology, marine biology, and biomedical sciences. This is where students get a deep dive into the world of biology.
- Lake Nona Medical City: This 650-acre health and life sciences park is a hub of innovation, home to the UCF College of Medicine and other top-tier research institutions. It is a national destination for research in human biology, cancer, and neuroscience.
- Valencia College: This key partner provides essential foundational biology education, offering robust associate degree programs with biology tracks that provide a seamless transfer pathway to UCF and other four-year universities. It is a primary training ground for the region's large and growing healthcare workforce.
Beyond the campuses, Orlando's natural environment provides a series of unique "living laboratories" for fieldwork and ecological study. Just north of the city lies the Wekiva River Basin, a National Wild and Scenic River fed by numerous crystal-clear springs, a critical area for research in freshwater biology and hydrogeology. Orlando is also a city of lakes, with the Butler Chain of Lakes and the Kissimmee Chain of Lakes serving as vital ecosystems and the headwaters of the Everglades. They are focal points for research on aquatic biology and fisheries management. To the west, the Green Swamp is a vast hydrological resource critical for recharging the Floridan Aquifer, a key area for conservation biology.
Orlando is also home to institutions dedicated to making biology accessible to the public. The Nature Conservancy's Disney Wilderness Preserve is a landmark conservation project and a model for large-scale habitat restoration, a real-world application of restoration biology. The Central Florida Zoo & Botanical Gardens is a centre for conservation, education, and wildlife biology, while the Orlando Science Centre brings biology to life for thousands of visitors.
The powerful combination of these institutions has created a diverse and rapidly growing job market for biology professionals. The massive healthcare and life sciences sector, anchored by Lake Nona, is a primary employer for graduates with degrees in biology, particularly in clinical research and biomedical fields. Environmental consulting is another significant industry, with a constant need for biologists to conduct ecological assessments. From the state-of-the-art cancer research at Lake Nona to the ecological restoration at the Disney Wilderness Preserve, Orlando offers a complete ecosystem for the study of biology, proving that a major metropolitan area can also serve as a critical gateway to understanding and protecting America's unique inland aquatic ecosystems. A degree in biology from an Orlando institution is a passport to a rewarding career in biology.
