Biology tutor near me in St Petersburg, FL
Enhance exam performance with expert biology lessons
Biology tutoring and test prep for students in St. Petersburg
Biology lessons in St. Petersburg to benefits students
Biology classes common in Downtown, Lakewood, Northeast areas
Sheelu taught 24 days ago
The Student and Tutor discussed the differences between prokaryotic and eukaryotic cells and the role of microbes in industrial processes like brewing and fermentation. They covered spontaneous versus controlled fermentation, and key scientists in the field and also introduced enzymes and their functions, particularly amylases, proteases, and maltases. The Tutor will provide notes on key scientists and answers to previous year's exam questions for the next class, and they plan to continue with enzyme kinetics.
Prokaryotic vs. Eukaryotic Cells
Prokaryotes in Industry: Efficiency and Speed
Microbial Diversity and End Products
Spontaneous vs. Controlled Fermentation
Enzymes and Reaction Rates
Historical Contributions to Microbiology
Samriddhi taught 25 days ago
The session covered alleles, Mendel's laws of inheritance (segregation and independent assortment), dihybrid crosses, co-dominance, and incomplete dominance. The student practiced identifying homozygous and heterozygous genotypes and phenotypes, and discussed potential complications associated with Rh factor during pregnancy. The tutor assigned the student to study a dihybrid cross for Rh factor and ABO blood group.
Alleles and Protein Coding
Dominant vs. Recessive Alleles
Law of Segregation
Law of Independent Assortment
Dihybrid Crosses
Co-dominance
Incomplete Dominance
Samriddhi taught 27 days ago
The Tutor and Student covered the small and large intestines, focusing on their structure, function, and absorption mechanisms. The Student learned about epithelial tissues, brush border epithelia, and the types of transport involved in nutrient absorption. Homework includes reviewing the notes, and the next session will cover photosynthesis.
Epithelial Tissue
Brush Border Epithelia
Absorption Mechanisms
Large Intestine Function
Feces Formation and Movement
Defecation Reflex
Vestigial Organs: The Appendix
Dr.Trusha taught 30 days ago
The Student and Tutor discussed different types of genetic traits and inheritance patterns, including single gene, polygenic, inherited, acquired, dominant, and recessive traits. Epistasis and epigenetics were also covered. The Student was assigned homework to find examples of inbreeding, and the class began discussing genetic engineering and selective breeding, planning to continue in the next session.
Types of Traits
Single Gene vs. Polygenic Inheritance
Multifactorial Traits
Epistasis
Epigenetics
Genetic Engineering and Selective Breeding
Samriddhi taught about 1 month ago
The Student and Tutor reviewed digestive processes in the stomach and small intestine, including the roles of key enzymes and secretions. The Student worked through practice questions to address misconceptions. The next session will cover brush border epithelia in detail.
Pepsinogen Activation
Proteases vs. Peptidases
Mechanical Digestion in the Stomach
Stimulus and Enzyme Production
Absorption in Stomach vs. Small Intestine
Gastric Juice Composition
Three Muscle Layers of Stomach
Dr.Trusha taught about 1 month ago
The session covered pedigree analysis and different inheritance patterns including autosomal dominant, autosomal recessive, X-linked dominant, X-linked recessive, Y-linked and mitochondrial inheritance. The Student practiced interpreting pedigree charts and applying the rules of each inheritance pattern to determine the mode of inheritance. The Student was assigned homework to solve additional pedigree problems and to review the key concepts.
Pedigree Analysis
Autosomal Dominant Inheritance
Autosomal Recessive Inheritance
X-linked Dominant Inheritance
X-linked Recessive Inheritance
Y-linked Inheritance
Mitochondrial Inheritance
Is Biology Core of St. Petersburg’s Growth and Innovation?
A city renowned for its sunshine, vibrant arts scene, and stunning waterfront, St. Petersburg is, at its core, a city defined by biology. Situated on a peninsula between Tampa Bay and the Gulf of Mexico, its identity is inextricably linked to the water and the life it sustains. This unique geography has fostered a world-class hub for marine and coastal biology, making St. Pete a premier destination for students, researchers, and professionals dedicated to understanding and protecting our planet's aquatic ecosystems. For anyone passionate about biology, this city offers a complete and compelling ecosystem for study and career advancement.
Education
St. Petersburg's academic landscape is anchored by institutions that are global leaders in marine and environmental science. The University of South Florida (USF) St. Petersburg Campus is the heart of the region's marine science community, home to the USF College of Marine Science, one of the top oceanographic institutions in the world. This graduate-level powerhouse conducts cutting-edge research on everything from ocean chemistry to marine biology and genomics. Nationally recognised for its exceptional marine science program, Eckerd College offers a hands-on, undergraduate-focused approach to biology. With its waterfront campus and a fleet of research vessels, Eckerd provides students with immediate access to Tampa Bay for fieldwork. St. Petersburg College (SPC) plays a vital role in the city's educational ecosystem, offering foundational biology and environmental science programs that serve as a critical pathway to four-year universities. These institutions ensure a robust education in biology for students at all levels.
The Laboratories and ResearchÂ
Beyond the campuses, St. Petersburg's natural environment provides a series of diverse and accessible "living laboratories" for biological study. The Tampa Bay Estuary, Florida's largest open-water estuary, is an ecological engine and the primary focus of local biological research. This incredibly productive ecosystem is a vital nursery for countless marine species, and the health of its vast seagrass meadows is a key indicator of the bay's condition. The barrier islands that line the coast, from Fort De Soto Park to Clearwater Beach, offer classic examples of coastal biology, with their sandy dunes providing critical nesting habitat for sea turtles and shorebirds. Weedon Island Preserve, a 3,700-acre sanctuary, protects a rich mosaic of coastal habitats, including mangrove forests and salt marshes, making it a crucial site for estuarine ecology and birdlife studies.
What truly sets St. Petersburg apart is its extraordinary concentration of government research institutions, forming one of the largest marine science communities in the United States. This "marine science downtown" on Bayboro Harbour includes the FWC Fish and Wildlife Research Institute (FWRI), the research arm of the Florida Fish and Wildlife Conservation Commission, which studies everything from red tide to fisheries management. It also hosts the NOAA National Marine Fisheries Service's Southeast Regional Office and the U.S. Geological Survey (USGS) Coastal and Marine Science Centre, both conducting vital research on ocean resources, coastal hazards, and ecosystem change. The Florida Institute of Oceanography (FIO), hosted by USF, operates a fleet of research vessels, providing scientists and students with access to the sea. This dense hub makes St. Pete the capital of marine biology.
Careers and CommunityÂ
The unparalleled concentration of academic and governmental institutions makes St. Petersburg a major employment hub for biology professionals. Careers in marine biology are abundant, with opportunities at federal agencies like NOAA and USGS, and state agencies like FWC. Environmental consulting is another major sector, with a constant need for biologists to conduct ecological assessments. Ecotourism, aquarium science, and environmental education are also key parts of the local economy, all requiring a deep understanding of biology.
At the community level, organisations like Tampa Bay Watch offer hands-on volunteer opportunities in restoration biology, such as building oyster reef balls and planting salt marsh grasses. This allows citizens to participate directly in the science that improves their environment. A degree in biology from a St. Pete institution is a gateway to a meaningful career in the biological sciences.
In St. Petersburg, biology is not just a subject; it is the city's identity. From the globally significant research conducted in its harborside labs to the community-led conservation efforts on its beaches, St. Petersburg offers a complete ecosystem for the study of biology. It is a city where life in and around the water provides endless opportunities for discovery in every facet of biology. The future of biology is bright in St. Petersburg, a true centre for the study of marine biology.
