Therapeutic Exercises in Physical Therapy II

Course Description

PHT2221C — Therapeutic Exercises in Physical Therapy II is a combined lecture-and-laboratory course continuing the therapeutic exercise sequence in Florida physical therapist assistant programmes. Polk State College, which uses this number, publishes it at 3 credits — 2 hours lecture and 2 hours laboratory, giving approximately 60 contact hours, offered summer in the second year, with PHT1801L and PHT2220C as prerequisites and PHT2931 as a corequisite.

The catalog describes it as introducing neurological, musculoskeletal, and cardiovascular foundations for applying therapeutic exercises as a continuation of the first course in this sequence. Content encompasses therapeutic exercise fundamentals, including medication effects on exercise, rehabilitation phases, amputee rehabilitation considerations, and orthotics and prosthetics applications, and emphasises exercise application to specific body regions — upper extremities, lower extremities, and spine — and gait training strategies for various clinical presentations.

⚠⚠ This C form is not equivalent to any single split-form course — check the mapping before assuming transfer

Under SCNS Rule 22 the C suffix is part of the course number, so PHT2221C and PHT2221 are distinct courses and equivalency does not cross the suffix. In this prefix that formal rule has unusually large practical consequences, because the combined and split forms do not divide the content the same way.

• The credit gap is two, not zero. A three-credit combined course does not carry six credits of split-form content, and the split forms are considerably more contact time.
• The content boundaries move. Polk's PHT2221C reaches into material Daytona State places in PHT2235 (Therapeutic Exercise III) — amputee rehabilitation, prosthetics, and gait training. A student transferring in either direction may find a topic covered twice or not at all.
• Programme sequences are not interchangeable even when the numbers look familiar. PTA programmes are cohort-based and CAPTE-accredited individually; transferring mid-programme is frequently not possible at all, regardless of what any individual course number suggests.
• Ask the receiving programme, in writing, before relying on any of this.

Learning Outcomes

Required Outcomes

• Describe the neurological, musculoskeletal, and cardiovascular foundations underlying therapeutic exercise.
• Describe therapeutic exercise fundamentals and the principles governing progression.
• Describe the effects of common medications on the exercise response.
• Adjust monitoring and exercise parameters in light of a patient's medication profile.
• Describe the phases of rehabilitation and select exercise appropriate to each.
• Relate tissue healing stage to permissible loading.
• Apply therapeutic exercise to the upper extremities.
• Apply therapeutic exercise to the lower extremities.
• Apply therapeutic exercise to the spine.
• Describe indications, precautions, and contraindications for each region and population.
• Describe levels of amputation and their functional implications.
• Describe post-amputation management, including positioning, residual limb care, and contracture prevention.
• Apply pre-prosthetic and prosthetic training exercise.
• Describe prosthetic components and recognise fit and alignment problems.
• Describe orthotic devices and their effects on gait.
• Analyse normal and pathological gait and identify deviations.
• Relate gait deviations to the underlying impairment or device fault.
• Apply gait training strategies with appropriate assistive devices and guarding.
• Monitor vital signs and perceived exertion and recognise adverse responses.
• Apply safe patient handling and guarding throughout.
• Instruct patients and caregivers in home exercise programmes.
• Progress exercise within an established plan of care and describe the limits of that authority.
• Document intervention, parameters, and patient response in a form demonstrating skilled care.
• Communicate changes in patient status to the supervising physical therapist promptly.

Optional Outcomes

• Describe proprioceptive neuromuscular facilitation patterns.
• Describe aquatic exercise applications.
• Administer standardised functional and gait outcome measures.
• Describe evidence supporting common exercise interventions.
• Describe wheelchair mobility and seating considerations.
• Begin preparation for the NPTE-PTA therapeutic exercise content.

Major Topics

Required Topics

• Neurological, musculoskeletal, and cardiovascular foundations
• Therapeutic exercise fundamentals
• Medication effects on exercise
• Monitoring adjusted for medication profile
• Phases of rehabilitation
• Tissue healing and permissible loading
• Upper extremity exercise application
• Lower extremity exercise application
• Spine exercise application
• Indications, precautions, and contraindications
• Amputation levels and function
• Post-amputation management and contracture prevention
• Pre-prosthetic and prosthetic training
• Prosthetic components and fit problems
• Orthotics and their effect on gait
• Gait analysis
• Deviations and their underlying causes
• Gait training and assistive devices
• Vital signs, exertion, and adverse response
• Safe patient handling and guarding
• Home exercise programme instruction
• Progression within the plan of care
• Documentation
• Communication with the supervising therapist

Optional Topics

• PNF patterns
• Aquatic exercise
• Standardised outcome measures
• Evidence for interventions
• Wheelchair mobility and seating
• NPTE-PTA preparation

Resources & Tools

• Therapeutic Exercise: Foundations and Techniques (Kisner & Colby) — the reference for this course, and the book PTAs keep.
• Physical Rehabilitation (O'Sullivan, Schmitz & Fulk) — the comprehensive clinical reference.
• Daniels and Worthingham's Muscle Testing — the manual muscle testing standard.
• Measurement of Joint Motion: A Guide to Goniometry (Norkin & White) — the goniometry standard.
• Kinesiology of the Musculoskeletal System (Neumann) — the exercise rationale rests on it.
• APTA (apta.org) and its clinical practice guidelines — student membership is inexpensive and the guidelines are the evidence base.
• Shirley Ryan AbilityLab Rehabilitation Measures Database — free; the fastest lookup for any outcome measure.
• Amputee Coalition (amputee-coalition.org) — free resources and peer support information.
• Model Systems Knowledge Translation Center (msktc.org) — free limb loss and stroke education materials usable with real families.
• FSBPT (fsbpt.org) — free NPTE-PTA content outline; therapeutic exercise is the most heavily weighted domain.
• CAPTE (capteonline.org) — free accreditation lookup and programme pass rates.
• A goniometer, a gait belt, and a practice partner — the working kit, and the partner matters most.

Career Pathways

• Physical therapist assistant — SOC 31-2021.
• Outpatient orthopaedic clinics — the largest PTA setting, and where therapeutic exercise is the daily work.
• Skilled nursing and long-term care — a very large Florida sector.
• Inpatient rehabilitation and acute care.
• Home health — frequently the best-paid PTA setting.
• Amputee and prosthetic rehabilitation programmes — a setting this course maps onto directly.
• Cardiac and pulmonary rehabilitation.
• Sports and performance settings.
• Aquatic therapy — Florida has many facilities.
• Travel PTA work — higher pay for mobility.
• ⚠ Becoming a physical therapist requires a doctoral degree, and PTA coursework generally does not transfer into it.

Special Information

⚠⚠ Medication effects on exercise — named explicitly in this catalog, and rightly so

• This course names medication effects as required content, which is unusual and worth taking seriously: the drugs a patient takes change what their body does during exercise, and therefore change what the numbers you measure mean.
• Beta blockers blunt the heart rate response. A patient working hard may show a heart rate that looks like rest — use rate of perceived exertion instead, and know that a target heart rate calculated from age is meaningless here.
• Antihypertensives and diuretics predispose to orthostatic hypotension. Sit-to-stand transitions are where patients become dizzy and fall.
• Analgesics and anti-inflammatories mask pain, which removes the protective signal that would otherwise limit a patient — a patient who feels nothing can be loaded past what the tissue tolerates.
• Corticosteroids weaken tendon and bone with long-term use, and that changes what loading is safe.
• Anticoagulants make bruising and bleeding consequential, which affects handling, manual techniques, and fall risk.
• Insulin and oral hypoglycaemics interact with exercise — exercise lowers blood glucose, and hypoglycaemia during a session is a real event with a real response.
• Sedatives and psychoactive medications affect balance, attention, and fall risk.
• Read the medication list before the session, and ask what changed. A new prescription since the last visit is clinically relevant information, and noticing it is within your role.

⚠ Rehabilitation phases determine what exercise is appropriate

• This is the organising principle of the whole sequence. The same exercise can be indicated or contraindicated depending only on where the tissue is in healing.
• Acute inflammatory phase — protection, pain and oedema control, gentle motion within tolerance. Aggressive loading here prolongs recovery.
• Proliferative phase — controlled loading to guide collagen organisation, progressed by symptom response.
• Remodelling phase — progressive loading toward functional demand, since tissue remodels along the lines of stress applied to it.
• Surgical protocols override general principles. Post-operative range, weight-bearing, and loading restrictions are procedure- and surgeon-specific, and they are not negotiable.
• Judge by the response, not the calendar. Increased pain, swelling, or lost motion after a session means the progression was too fast — and that belongs in the note and to the supervising physical therapist.

⚠ Amputation, prosthetics, and gait — the content that distinguishes this course

• Inspect the residual limb before and after every session. Redness that does not resolve, blistering, or breakdown means stop and report — and the patient may not be able to feel it.
• A prosthetic gait deviation is frequently a fit or alignment problem rather than a patient impairment. Treating it as the latter trains a compensation around a fixable device fault.
• Socket fit changes. Limb volume varies through the day and across weeks, particularly early after amputation, and sock ply is adjusted accordingly.
• Contracture prevention is urgent early. Hip and knee flexion contractures after amputation can make prosthetic use difficult or impossible.
• Phantom limb sensation is normal and near-universal; phantom limb pain is a distinct clinical problem. Telling a patient the sensation is imaginary is both wrong and harmful.
• Read gait deviations backward to the impairment. Trendelenburg indicates hip abductor weakness; steppage indicates dorsiflexor weakness; circumduction indicates a clearance problem — that inference is the clinical skill.
• Guard properly during gait training. Gait belt, correct side, planned route, and a chair available. This is where patients fall.
• Adjusting a prosthesis or orthosis is outside the PTA scope — report the problem to the supervising therapist and the prosthetist or orthotist.
• Check the skin beneath any orthosis and know the wear schedule.

⚠ The laboratory means practising on classmates

• Hands-on PTA laboratories require clothing that exposes the region being treated, and involve being touched by classmates and instructors and touching others.
• Consent and communication are graded skills, not courtesies — explaining what you are about to do and asking permission is assessed.
• Disclose injuries to the instructor rather than working through them; you are the patient half the time.
• Raise religious or personal concerns with the programme early, before the laboratory sequence begins, when accommodation is still practical.
• Skill check-offs are typically pass-or-fail with automatic-failure safety items — failing to guard, failing to lock a wheelchair. Practise against the check-off sheet, not the memory of the demonstration, and say everything out loud, because the verbal component is graded.
• Practise on people of different sizes and abilities, and have partners simulate impairment honestly.

⚠⚠ PTA scope: you may not evaluate, establish, or alter the plan of care

• Physical therapy is licensed in Florida under Chapter 486, Florida Statutes — both physical therapists and physical therapist assistants hold licences.
• The physical therapist evaluates, interprets, and establishes the plan of care; the PTA implements it. A PTA may not perform an initial evaluation, independently modify the plan, or discharge a patient.
• Progressing an exercise within the plan is different from changing the plan, and that distinction is the everyday application of scope.
• Data collection is within scope; interpretation is not. Measure, grade, and report; deciding what it means for the plan is the therapist's.
• A patient who is not progressing needs re-evaluation — report promptly rather than continuing an ineffective plan.
• Supervision requirements are set by rule and differ by setting, by payer, and between states.
• Documentation must support the billed service and demonstrate skilled care; therapy over-utilisation has been a major federal enforcement area, particularly in Florida skilled nursing, and a PTA has personal exposure.
• CAPTE accreditation gates the pathway to NPTE-PTA eligibility and Florida licensure — verify before enrolling anywhere.
• Rule 11 applies — verify current requirements with the Board and the payer.

⚠⚠ Safe patient handling and exercise safety

• Musculoskeletal injury from patient handling is the leading occupational injury in rehabilitation, and body mechanics alone are not sufficient protection. Use the equipment.
• Never catch a falling patient. Guide a controlled descent and protect the head.
• Guard with a gait belt during any activity challenging balance, and position yourself on the appropriate side.
• Clear the environment before mobility work — cords, rugs, wet floors, and furniture cause falls unrelated to patient ability.
• Know your stop criteria: abnormal vital sign response, chest pain, disproportionate dyspnoea, dizziness, new neurological symptoms, or unusual pain. A falling systolic pressure during exercise is an emergency sign.
• Report injuries and near misses, including your own.

How Florida course levels affect transfer

The first digit of an SCNS number denotes the year of offering, not transferability. Courses at the 1000 and 2000 levels transfer transparently between Florida public institutions, and 3000 to 4000 is unproblematic since both are upper division. The boundary that actually matters is 2000 to 3000, where lower-division credit generally cannot satisfy an upper-division requirement. In this prefix, however, programme admission and cohort sequencing constrain movement far more than the level digit does.

PHT2221C is 3 credits — 2 hours lecture and 2 hours laboratory, approximately 60 contact hours — offered summer at Polk State College, with PHT1801L and PHT2220C as prerequisites and PHT2931 as a corequisite. Do not assume it maps onto the Daytona State PHT2221 + PHT2221L pair; see the comparison table above.