Unit 3_Oncology for Rehabilitation Flashcards

1
Q

What kind of rehabilitation does cancer and cancer treatment focus on?

A

physical, mobility, functional and cognitive problems

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2
Q

What are the goals of oncology rehabilitation?

A
  • Improve QoL
  • Maintain independence
  • Reduce side effects or cancer/treatments
  • Maintain and gain physical/mental wellness throughout survivorship
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3
Q

What can be addressed during oncology rehabilitation?

A
  • Pain, swelling, weakness, fatigue, ROM, balance
  • Neuropathy, lymphedema, axillary cording
  • Functional independence with ADLs/IADLs (including sexual health)
  • Pre-Op/Tx baseline assessments
  • Swallowing, chewing food
  • Multitasking, memory, safety awareness, medication management
  • Body Image and general coping
  • DME / AD Recommendations
    Etc.
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4
Q

What focuses on cancer treatment and then surveillance of cancer recurrence? It lacks attention to patient’s physical and functional well-being.

A

Medical Model

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5
Q

What cancer medication includes the patient is required to chew ice 30 min prior to chemo infusion, during infusion and 2 hours after completion?

A

Melphalan

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6
Q

What focuses on early identification and treatment as a means to prevent or mitigate physical impairments & functional limitations?

  • Integrated with cancer treatment to create a more comprehensive approach to survivorship health care
  • The goals of the model are:
  1. To promote surveillance for common physical impairments and functional limitations associated with cancer treatment
  2. To provide education to facilitate early identification of impairments
  3. To introduce rehabilitation and exercise intervention when physical impairments are identified
  4. To promote and support physical activity and exercise behaviors through the trajectory of disease treatment and survivorship
A

Prospective Surveillance Model

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7
Q

What cancer medication includes unable to work with patient during infusion?

Crosses blood brain barrier → can cause seizures / seizure like symptoms

Will have Pharmacokinetic (PK) studies drawn at specific times (coordinate with nurse)

A

Busulfan

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8
Q

What cancer medication includes PPE Considerations?

Seeps out of skin → Required to shower at least 4 times a day.

Encourage patient to wear hospital provided clothing

A

Thiotepa

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9
Q

What cancer medication includes PPE Considerations (Aerosol only)?
**NO specific precautions for Oral

  • Aerosol: do NOT enter room when medication is running
  • Patient must remain in room for duration of treatment then use PPE until cleared by MD
A

Ribavirin

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10
Q

What cancer medication can cause Hypotension if administered too quickly and poses a high risk for developing CIPN?

A

Etoposide

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11
Q

What cancer medication is commonly given before infusions? Patient may become sleepy or affect balance.

A

Benadryl

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12
Q

What cancer medication includes the risk of muscle atrophy (especially proximally) & avascular necrosis?

A

Corticosteroids

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13
Q

What disease includes ~5% of all cancer patients will develop?

Cancer attacks/ infiltrates the meninges & CSF of brain/ spinal cord.

Common with Leukemia, Breast, Lung or Myeloma dx.

Diagnosed with MRI and Lumbar Puncture.

No Cure: ~6mo - 12mo survival rate.

Symptoms:
Confusion & mood
Headache, Neck and/or Back Pain
Seizures
Neuropathy
Incontinence
Dysautonomia
Aphasia
Ataxia and/or Impaired coordination
Impaired vision

A

Leptomeningeal Disease (LMD)

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14
Q

What disease is the possible result of Sentinel Lymph Node Biopsy (SLNB) or Axillary Lymph Node Dissection (ALND)?

  • Common procedures for Breast Cancer patients
  • Appears days to months post-procedure
  • ALND = MORE likely to develop AWS compared to SLNB
  • 6-72% of women develop post-ALND
  • Younger Patients > Older Patients
  • African American Women > Caucasian Women
  • See or feel web of thick, rope like structures called “cords”
  • May not be visible or felt from provider but the patient will report “pain and tightness”
  • Pathology: Trauma to the CT encases bundles of blood vessels, lymph vessels and nerves.
  • Results in inflammation, scarring and hardening of tissue
    ↓ ROM and ↓ Function
    ↑ Pain
A

Axillary Web Syndrome (AWS)

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15
Q

What disease is treated via:

  • Education
  • PROM/ AAROM/ AROM: UE, Trunk
  • Nerve Glides
  • Manual Therapy (may hear popping): Myofascial release, soft tissue mobilizations, cord manipulation, joint mobilizations, scraping
  • Moist Heat (**Avoid if patient has Lymphedema)
  • Anti-Inflammatory medications (per MD)
A

Axillary Web Syndrome (AWS)

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16
Q

What disease includes:
- Neurotoxic Effects on Neurons

  • ~30-40% of patients receiving chemo will develop CIPN
    Important Note: CIPN is More frequent than Neoplastic Neuropathies
  • Typically begins within the first 2 months of starting chemo
    High risk chemos:
    Methotrexate (specifically when administered intrathecally)
    Cisplatin
    Etoposide
  • Risk Factors:
    Obesity
    Lymph node involvement
    ↑ Age
    History of smoking and/or alcohol abuse
A

Chemo Induced Peripheral Neuropathy (CIPN)

17
Q

What disease includes:

Symptoms: Sensory > Motor (S/S begin distally and are typically symmetrical)
- “Pins & Needles”
- Cramping
- Twitching
- Burning
- Numbness
- Impaired ability to sense temperature (hyper or hypo)

Functional Presentation:
- Difficulty with writing, dressing, opening packages, typing, etc. (Fine Motor)
- Frequent Falls (Foot drop, Tripping, Grossly Impaired Balance)
- Clumsy (dropping items)
- Burns on hands or scratches/ bruises on feet

A

Chemo Induced Peripheral Neuropathy (CIPN)

18
Q

What are the stages of CIPN?

A

Stage I: Sporadic pain and numbness
- You may notice symptoms occasionally, but not constantly
- Often symptoms are easily overlooked during this stage.

Stage II: Persistent pain and numbness
- Pain and numbness are more constant and increasingly difficult to ignore
- Addressing symptoms by this stage is critical to preventing further nerve damage.

Stage III: Debilitating pain and numbness
- The pain and numbness in stage III are so severe that activity is greatly affected. Walking will become difficult, and you may be unable to balance

Stage IV: Complete numbness
- Walking is almost impossible due to severely damaged and deadened nerves
- The risk of amputations and complications is highest at this stage.

19
Q

What disease are the following treatments for?
Medications:
Gabapentin
Lamotrigine (Lamictal)
Duloxetine (Cymbalta) = most effective

OT & PT:
Gross balance
Fine motor strengthening and coordination
Fall prevention & recovery
General strengthening
Bracing/ splinting: AFOs
Providing AD & DME
Manual therapy
Modalities like TENS
Activity modifications
Education & Safety awareness

A

Chemo Induced Peripheral Neuropathy (CIPN)

20
Q

What disease is caused by:
Cancer & cancer treatment (medications and/or radiation, etc.)
Anemia
Poor duration or quality of sleep
Inactivity
Poor nutrition
Low mood

As compared to typical fatigue: more severe, lasts longer, and can limit ADLs / IADLs
A feeling of debilitating tiredness or total lack of energy that lasts for days, weeks, or months
Can NOT be fixed by only sleeping (in fact too much sleep may worsen CRF).

Top 3 Most Common Symptoms/Side Effects Cancer Patients Report:
Pain
Fatigue (but is the least likely to be treated by providers)
Nausea / Vomiting

A

Cancer Related Fatigue (CRF)

21
Q

How can CRF be treated?

A

There is no “cure” but there are ways to “manage” CRF.

  • Save Energy:
    1. Plan and Organize Day: By planning the day, the patient can have a sense of control and prioritize what is important to them. The patient can have ownership in how they want to gain energy and how they want to spend their energy.
    Create a routine and stick to it!
    Alternate high/ low level activities when able
    Consider which activities will drain energy
    Schedule rest breaks
    Modify tasks:
    On a busy or hard day, maybe brush teeth while sitting at the edge of the bed rather than standing at the sink.
    Pace Yourself: Use a moderate pace (avoid spurts of energy)
  1. Control Environment:
    When able, avoid hot or very cold temperatures
    Have assistive equipment if needed/ prescribed (shower chair, walker, wheelchair, etc.)
  2. Maintain Good Sleep Hygiene: results in good quality/ quantity of sleep
  • Regular Exercise: While it seems surprising, research shows that cancer patients (including pediatric patients) who exercise have:
    Increased energy levels
    Improved appetite
    Better quality sleep
    Improved ability to complete physical activities
    Reported a higher quality of life
    Reported improved outlook and sense of well-being
22
Q

What is often diagnosed by Neuropsychologist on Oncology Team?

Not exclusive to patients with brain cancer
- Changes in thinking and cognitive function (mild to severe)
- Forgetfulness (Short Term Memory)
- Slower thinking
- Difficulty concentrating
- Periods of mental fogginess

Prognosis:
- Most patients will improve over time (months post-tx) but some never fully recover

Treatment: *Important to validate the patient’s concerns (provide early education)
- Stimulants
- “Brain Training” games: cross words, matching games, puzzles, etc.
- Cognitive Strategies: OT & Speech Therapy (routine, memory aids & environmental modifications)
- Exercise
- Manage depression & anxiety
- Improve sleep quality

A

Cancer Related Cognitive Impairment (CRCI)

23
Q

What type of immunotherapy modifies T cells to recognize & attack cancer?
- Approved by FDA in 2017
- Several therapies approved by FDA
- All approved therapies use Autologous T cells (Cells from the patient)
- Some clinical trials use T cells from donors
- Modified T cells are multiplied (millions) and infused to patient

Commonly used to treat: Leukemias, Lymphomas, and Multiple Myeloma

Process:
1. T Cell collection → ~5 weeks for cell modification
2. Hospital Admission: Intensive chemotherapy (to weaken immune system to aid modified T cells)
- T cell infusion (~1 hour) and cost over $1,000,000 just for infusion without insurance
3. Remain in hospital for at least 3-4 weeks (with no complications or infections)

Side Effects: Range from mild to life threatening
- Fever, infection, vomiting, diarrhea
- Temporary but serious neurological effects: +Confusion, slurred speech and seizures
+Cytokine Release Syndrome (CRS)

A

CAR-T: Chimeric Antigen Receptor (CAR) T Cell Therapy

24
Q

What is caused by a large, rapid release of cytokines into the blood from immune cells affected by immunotherapy?

  • Occurs within the 1st week of getting CAR-T cells
  • Usually resolves within 1-2 weeks
  • Typically precedes ICANS
    Shorter Duration
  • S/S:
    Fever (First Objective Sign)
    Hypotension
    Hypoxia
    Organ Failure
  • Tx: Tocilizumab
  • Measure = CRS Grading System (grades 1-4)
A

CRS:
Cytokine Release Syndrome
or “Cytokine Storm”

25
What presents after CRS? - Typically resolves within 28 days - Longer duration - S/S & Manifestations: Delirium, Confusion, Disorridented, ↓ LOC Tremor Ataxia Headache Aphasia (mimics stroke) Seizure Coma - Tx: Steroids - Measure = ICE: Immune Effector Cell-Associated Encephalopathy (grades 1-4)
ICANS: Immune Effector Cell-Associated Neurotoxicity Syndrome
26
What are common signs and symptoms of CRS?
High fever, sinus tachycardia, hypotension, depressed cardiac function, dyspnea, and hypoxia. Additional constitutional symptoms may include fatigue, headache, and myalgia
27
What are common signs and symptoms of neurotoxicity?
Tremors, dysphagia, impaired attention, apraxia, and mild lethargy. Bradycardia, hypertension and respiratory depression, and coma can also occur.