Anatomy and Physiology I

Course Description

Anatomy and Physiology I is the first half of the two-semester sequence that gates admission to almost every health programme in Florida. The statewide description is recent and detailed: students examine human anatomy and physiology through a systems approach based on the interaction between form and function, from the microscopic components of cells and tissues to the organismal level, with emphasis on histology and the integumentary, skeletal, muscular and nervous systems.

Twenty Florida public institutions carry BSC2085 as a 3-credit lecture; seven carry the integrated 4-credit BSC2085C. Twenty-three of twenty-five records carry a natural science general-education designation.

⚠⚠ The statewide title carries the (GE CORE) marker — see below.

Learning Outcomes

Required Outcomes

• Identify cell structures and describe their functions.
• Distinguish tissues by structure and location, and contrast their normal physiology.
• Demonstrate understanding of anatomical organisation — cavities, planes and directional terms.
• Identify and describe structures of the integumentary, skeletal, muscular and nervous systems.
• Interpret the functions of those four systems.
• Explain how the components of the human body maintain homeostasis.
• Analyse and interpret physiological data.

Optional Outcomes

• Perform dissection or work with prosected material, where the laboratory includes it.
• Use physiology data-acquisition equipment for muscle, nerve or cardiovascular recording.
• Apply clinical correlations and case studies, common where the course serves health programmes.

Major Topics

Required Topics

• Anatomical terminology, body organisation, planes and cavities.
• Chemistry and cell biology as they bear on physiology.
• Histology: epithelial, connective, muscle and nervous tissue.
• The integumentary system.
• The skeletal system, bone tissue and articulations.
• The muscular system and the physiology of muscle contraction.
• The nervous system: neurons, central and peripheral organisation, and the special senses.
• Homeostasis as the organising principle throughout.

Optional Topics

• Clinical case correlation and pathophysiology previews.
• Histology beyond the core tissue types.
• Imaging and anatomical visualisation software.

Resources & Tools

• A major A&P text with an atlas; Florida institutions commonly use Marieb, Tortora or OpenStax Anatomy and Physiology, which is free.
• Laboratory: models, prosected specimens or dissection material, microscopes, and often a physiology data-acquisition system.
• ⚠ Laboratory fees are common and are charged separately from tuition.

Career Pathways

This is the gateway science for the health professions in Florida, and it is the course competitive admission most often turns on:

• Registered Nurse — named on the Registered Nurse path in this repository.
• Respiratory therapy, radiography, dental hygiene, physical and occupational therapy assisting, paramedic, surgical technology, medical laboratory science.
• Pre-professional preparation for medicine, dentistry, physician assistant and physical therapy programmes.
• Exercise science, athletic training and kinesiology.

Special Information

Two ways Florida packages this course, and they are equivalent

Some institutions teach the lecture and the laboratory as two registrations; others combine them into a single course with a C suffix. The outcomes are the same and transfer works either way: lecture plus laboratory completes exactly as the combined course does. Institutions are given this leeway deliberately, so that departments can vary their approach.

⚠ The one thing to get right is the registration. Where your institution splits the course, enrol in both halves — they are normally corequisites. Gulf Coast State College, for example, lists “Corequisite: BSC2085L or consent of the Natural Sciences division chair” on the lecture.

This is a Florida General Education Core course

The statewide title carries the (GE CORE) marker, which identifies a course on Florida’s limited General Education Core list under s. 1007.25, Florida Statutes. A core course satisfies its general-education subject area at every Florida public college and university, and carries that status in transfer. That is materially stronger than the ordinary “guaranteed transfer to an institution offering the same course” promise, which only protects you where the receiving school happens to offer it.

⚠ The protection attaches to the subject area. Whether a particular programme’s own requirement is met is a programme rule, so a competitive admissions list can still name a specific course.

⚠⚠ The two halves are not recorded the same way — and it affects dual enrolment

This is worth knowing because nothing a student reads says it. The statewide records for the two halves of this sequence are visibly of different vintages:

• BSC2085 carries the (GE CORE) marker, a recently written description and seven explicit learning outcomes — and records ELECTIVE high-school credit for dual enrolment.
• BSC2086 carries none of that: an older one-sentence description, no GE Core marker — and records SCIENCE high-school credit.

⚠ So a dual-enrolled high-school student may earn elective credit for the first half and science credit for the second, on two halves of one sequence. The college credit is unaffected in both cases. Confirm with your counsellor and your district articulation agreement before relying on either.

⚠ The other prefix family

Florida teaches this subject under two prefix families: BSC2085/BSC2086 and APK2100C/APK2105C. BSC is what nearly every health-professions prerequisite list actually names. The credit articulates either way, but a requirement stated by course number may not. If your institution offers the APK family and your target programme names BSC, get the substitution in writing before you register.

What this course demands

A&P has a reputation for volume, and it is deserved: the vocabulary load in the first weeks is closer to a language course than a science one. Students who treat it as a memorisation exercise tend to stall at the physiology. Plan 8–12 hours a week outside class, and use the laboratory time actively — it is where the structures become memorable.