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“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 1
Management of
the Cancer
Patient: Rehab Kathryn E. Tasillo, PT, DPT
The information contained in this presentation is the property of Kathryn E. Tasillo, PT, DPT, and
should not be copied or otherwise used without express written permission of the author.
Provider Disclaimer
•Allied Health Education and the presenter of this webinar do not
have any financial or other associations with the manufacturers of
any products or suppliers of commercial services that may be
discussed or displayed in this presentation.
•There was no commercial support for this presentation.
•The views expressed in this presentation are the views and opinions
of the presenter.
•Participants must use discretion when using the information
contained in this presentation.
Learning Objectives
• Types of Cancers
• Special Patient Populations
• Goals of Therapy, Fatigue, Pain
• Rehab Considerations
3
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 2
TYPES OF CANCER 8,9,10
4
Different types of Cancer8,9,10
5
Lung Cancer 8,9,10
• Small Cell Lung CA – most rapid, responds well to chemo
• Non-Small Cell Lung CA – does not respond well to chemo, radiation curative for stage I or II or as an adjunct to sx
• Smoking is directly related to this CA
6
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 3
Lung Cancer 50
• Symptoms – Cough that doesn’t go away and
gets worse over time
– Constant chest pain
– Coughing up blood
– SOB, wheezing, or hoarseness
– Repeated problems with
pneumonia or bronchitis
– Swelling of the neck and face
– Loss of appetite or weight loss
– Fatigue
• Risk Factors– Smoking
– Secondhand smoke
– Radon
– Personal or family history of
lung cancer
– Radiation to the chest
– Diet
7
Lung Cancer 50, 51
• Diagnosingo Chest CT
o Needle Biopsy with
Endoscopic Ultrasound
o Chest X-ray
o Bronchoscopy
o MRI
o PET
o Radionuclide bone scan
o Pulmonary function test (PFT)
• Staging of NSCLCo Occult
o Stage 0
o Stage I – in lung
o Stage II – in lymph nodes
o Stage IIIA – beginning spread
out of lung
o Stage IIIB – above collarbone
and to opposite side of chest
o Stage IV – both lungs, in fluid
around the heart, and to the
rest of the body
8
Lung Cancer 52
9
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 4
Colorectal Cancer 8,9,10,45
• Symptoms – Diarrhea, constipation or
consistency lasting >4 wks
– Rectal bleeding
– Persistent gas, pain, or cramps
– Don’t feel like emptied completely
– Weakness/fatigue
– Unexplained weight loss
• Risk Factors– Older age >50 yrs
– African American race
– Family history
– H/o Crohn’s or ulcerative colitis
– Genetic syndromes
– Low fiber, high fat diet
– Sedentary lifestyle
– Diabetes
– Obesity
– Smoking/Alcohol
– Radiation therapy from previous
cancers
10
Colorectal Cancer 45
• Diagnosing– Should begin at age 50
with colonoscopy
• Biopsies can be taken if needed
– Blood tests
• Staging– Stage I – grown through
mucosa of colon or rectum but not beyond
– Stage II – grown into wall or through wall of color or rectum but NO lymph nodes
– Stage III – invaded nearby lymph nodes but no other parts of the body
– Stage IV – spread to distant sites like liver or lung
11
Colorectal Cancer Treatment 45
• Surgery is primary treatment for 75% of cancers, radiation can be pre or postop
• Early Stage– Remove polyps during colonoscopy
– Endoscopic mucosal resection
– Minimally invasive surgery laparoscopically
• Invasive– Partial colectomy
• Placement of a colostomy bag (temporary or permanent)
• Careful when mobilizing these patients!
– Lymph node removal
• Chemo/Radiation/Targeted drug therapies
12
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 5
Malignant Pleural Effusions and PleurX
Catheters 39
• Used to treat malignant ascites
– Ascites – collection of fluid in
the peritoneal cavity – in 50%
of cancer patients
• Fluid obstructs lymph system and
blocks flow to circulatory system
• Patients often require multiple
paracenteses
• Increased ascites = abdominal
pain, dyspnea, nausea, vomiting,
and anorexia
Cervical Cancer 35
• One of the most preventable types of cancer
• Continues to decline in prevalence every year due to use of Pap smears to detect abnormalities and patients to get earlier treatment
• Most women diagnosed between 35-55, rarely those under 20
• 90% are squamous cell cancers, adenocarcinomas account for the remaining 10-20%
• HPV is found in 99% of cervical cancers
Cervical Cancer cont’d 35
• Signs and Symptoms
– Abnormal or Irregular Bleeding
– Bleeding AFTER menopause
– Pelvic pain not related to menstrual cycle
– Heavy or unusual discharge that may be watery, thick, and possibly have a foul odor
– Increased urinary frequency
– Pain during urination
– Pain during sex
15
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 6
Cervical Cancer Stages 35
– Stage 0: Carcinoma in situ. Abnormal cells in the innermost lining of the cervix.
– Stage I: Invasive carcinoma that is strictly confined to the cervix.
– Stage II: Locoregional spread of the cancer beyond the uterus but not to the pelvic sidewall or the lower third of the vagina.
– Stage III: Cancerous spread to the pelvic sidewall or the lower third of the vagina, and/or hydronephrosis or a nonfunctioning kidney that is incident to invasion of the ureter.
– Stage IV: Cancerous spread beyond the true pelvis or into the mucosa of the bladder or rectum.
16
Cervical Cancer Treatments 35
• Total hysterectomy - Surgery to remove the uterus, including the cervix.
• Hysterectomy - The uterus is surgically removed with or without other organs or tissues.
• Radical Hysterectomy - Surgery to remove the uterus, cervix, part of the vagina, and a wide area of
ligaments and tissues around these organs. The ovaries, fallopian tubes, or nearby lymph nodes
may also be removed.
• Modified Radical Hysterectomy - Surgery to remove the uterus, cervix, upper part of the vagina,
and ligaments and tissues that closely surround these organs. Nearby lymph nodes may also be
removed. In this type of surgery, not as many tissues and/or organs are removed as in a radical
hysterectomy.
• Pelvic Exenteration - Surgery to remove the lower colon, rectum, and bladder. In women, the
cervix, vagina, ovaries, and nearby lymph nodes are also removed. Artificial openings (stoma) are
made for urine and stool to flow from the body to a collection bag. Plastic surgery may be needed
to make an artificial vagina after this operation.
• Cryosurgery - A treatment that uses an instrument to freeze and destroy abnormal tissue, such as
carcinoma in situ.
• Laser surgery - A surgical procedure that uses a laser beam (a narrow beam of intense light) as a
knife to make bloodless cuts in tissue or to remove a surface lesion such as a tumor.
• Loop electrosurgical excision procedure (LEEP) - A treatment that uses electrical current passed
through a thin wire loop as a knife to remove abnormal tissue or cancer.
• Radiation
• Chemotherapy
Endometrial Cancer 42
• 95% of cases
• Most common type of uterine cancer
• Develops in the lining of the uterus (endometrium)
• Uterine sarcoma is more rare
• Symptoms:
– Abnormal, non-bloody vaginal discharge
– Pelvic pain or cramping
– Unexplained weight loss
– A tumor or mass
• Differential Diagnosis – GI bleed
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 7
Ovarian Cancer 8,9,10,44
• Back pain
• Bloating/swelling/discomfort in pelvis area
• Feeling of fullness
• Urinary urgency or incontinence
• Constipation
• Weight loss• “silent killer”• Usually history of breast, endometrial or colon CA in
family• Sx, TAH, chemo – intraperitoneal chemo
Ovarian Cancer 44
• Types– Epithelial tumors
• 90% of ovarian cancers
– Stromal tumors• 7% of ovarian cancers
– Germ cell tumors • Rare and occur in younger
women
• Risk Factors – Most common in women ages 50-
60
– Inherited gene mutation BRCA1 and BRCA2
– Estrogen hormone replacement therapy
– Early menstruation or late menopause
– Never being pregnant
– Fertility treatment
– Smoking
– IUD
– Polycystic ovary syndrome
20
Ovarian Cancer 44
• Staging
– Stage I – in one or
both ovaries
– Stage II – spread to
other parts of pelvis
– Stage III – spread to
the abdomen
– Stage IV – outside
the abdomen
• Treatment
– Usually a
combination of
surgery and
chemotherapy
21
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 8
Breast Cancer 8,9,10
• Breast – personal or family history
• Early menarche, late menopause – increase in estrogen
• Late first pregnancy, no pregnancy – increase in estrogen
• Exogenous estrogen – after removal of ovaries
• Sentinel node biopsy – 1st node blue dye drains to for breast CA and melanoma
22
Prostate Cancer 49
• Most common cancer among men in the U.S. with 1 in 7 men getting diagnosed
• Often has no early symptoms
• Most do not die from it with more than 2.9 million men still alive today after diagnosis
• Detected by Prostate specific antigen (PSA) in bloodstream – if levels are high, either prostate cancer or some kind of condition
• Many men have died and then been found during autopsy to have had prostate cancer – roughly 80% of men in their 80s
23
Prostate Cancer 49
• Symptoms – Frequent urination
– Nocturia
– Hard to start urinating
– Hard to keep urinating once started
– Hematuria
– Painful urination
– Ejaculation may be painful
– Difficulty achieving or maintaining erection
– Bone pain (pelvis, spine, ribs, femur)
– Leg weakness
– Urinary and fecal incontinence
• Causes– Much more common after 50
– Genetics – BRCA2
– Diet – low vitamin D
– Medication
– Obesity
– STDs - gonorrhea
– Agent Orange – 48% higher risk
– Enzyme PRSS3 – changes environment of prostate cancer cells – more likely to metastasize
24
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 9
Prostate Cancer 49
• Staging
– Clinical T1 and T2 – only in prostate
– Clinical T3 and T4 are outside the prostate
• Gleason Score
– Grades tumor after biopsy sample examined microscopically
• Two numbers
– Number 1-5 for most common pattern observed more than 51% of sample
– Number 1-5 for second most common pattern more than 5% but less than 50%
• Example
– Predominant grade is 3 and secondary grade is 4, Gleason score is 7
– Predominant grade is 4 and secondary grade is 3, Gleason score is 7
– First example has a less aggressive cancer than the second example with a lower predominant score
25
Prostate Cancer 49
• Possible complications– Metastasis – through blood or lymph to other organs or
bones
– Incontinence
– Erectile dysfunction
– Metabolic factors – much higher risk of death with HTN, DM, high BMI and high blood lipid levels
• Treatments– Radical prostatectomy
– Brachytherapy – radioactive seeds are implanted
– Conformal radiotherapy – conformed to area to minimize healthy tissue exposure
– Intensity modulated radiotherapy - beams with variable intensity
26
Liver Cancer 47
• Symptoms– Unexplained weight loss
– Loss of appetite
– Upper abdominal pain
– N/V
– General weakness and fatigue
– Abdominal swelling
– Jaundice
– White, chalky stools
• Risk Factors – Chronic infection with HBV
or HCV (Hep B or Hep C)
– Cirrhosis
– Inherited liver diseases
– Diabetes
– Nonalcoholic fatty liver disease
– Exposure to aflatoxins(molds on crops that are stored poorly)
– Excessive alcohol consumption
27
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 10
Liver Cancer 47
• Surgery– To remove the tumor
– Liver transplant surgery
• Treatments – Radiofrequency ablation –
electric current is used to heat and destroy cancer cells
– Cryoablation - Freezing cancer cells
– Injecting pure alcohol into tumor
– Chemoembolization –supplies strong anti-cancer drugs directly to liver
– Placing beads filled with radiation in the liver
28
Kidney Cancer 48
• Case Study Example
29
Kidney Cancer 48
• Signs/Symptoms
– Hematuria
– Constant side/flank pain
– Lump/mass in abdomen
or side
– Intermittent Fever
– Weight loss
– Fatigue
– Anemia
• Risk Factors
– Smoking
– Obesity
– HTN
– Long-term dialysis
– Male gender
– Von Hippel-Lindau (VHL)
Syndrome
– Occupational exposure
(asbestos)
30
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 11
Kidney Cancer 48
• Types
– Clear Cell
– Papillary renal cell
– Chromophobe renal cell
• Stages
–Measuring size of tumor
– Location of the cancer cells either confined to the kidney, locally spread, or widespread beyond the fibrous tissue surrounding the kidney (stages I-IV)
31
Kidney Cancer 48
• Treatments
–Chemotherapy
–Radiation Therapy
–Embolization
–Biological Therapy
– Surgery
32
Pancreatic Cancer
• Signs/Symptoms
– Upper abdominal pain
that radiates to your
back
– Jaundice
– Loss of appetite
– Weight loss
– Depression
– Blood clots
• Risk Factors
– African American Race
– Obesity
– Pancreatitis
– Diabetes
– Genetic syndromes
– Personal/family h/o
pancreatic cancer
– Smoking
33
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 12
Diagnosing Pancreatic Cancer
• US
• CT
• MRI
• Endoscopic Ultrasound
(EUS) – makes images
of pancreas and can
collect cell samples
• Endoscopic Retrograde
Cholangiopancreatography
(ERCP) – uses a dye to
highlight the bile ducts in
your pancreas
34
Pancreatic Cancer
• Staging
– Stage I- confined to pancreas
– Stage II – beyond pancreas to nearby tissues/organs and possibly lymph nodes
– Stage III – beyond pancreas to major blood vessels around pancreas, maybe to lymph nodes
– Stage IV – spread to distant sites beyond the pancreas, such as the liver, lung, and peritoneum
• Surgery
– Whipple (pancreatoduodenectomy) – sx for tumors in the pancreatic head
– Distal Pancreatectomy –sx for tumors in the pancreatic tail and body, might also remove spleen
35
Brain Tumors 69
• Primary brain malignancies comprises 1.4% of all cancer
• However, the incidence of a brain tumor is higher considering that a metastatic brain tumor is estimated as being at least 10 times more common than primary brain malignancy
• Primary brain tumors most common solid tumor in children
• Can cover the entire spectrum from benign lesions to metastatic lesions and glioblastomas
• Brain is the most common site for central nervous system (CNS) malignancy; cranial nerves, spinal cord, cauda equinaaccount for 10% of tumors, and pituitary and pineal tumors account for 16%
36
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 13
Brain Tumors cont’d 69
• Meningiomas and glioblastomas most
common in adulthood
• Survival varies greatly on these facts:
– Type of tumor
–Molecular markers
– Age (older less favorable)
37
Brain Tumors 69
Treatment
• Surgical resection
– When not totally resectable:
• Stereotactic biopsy
• Open biopsy/debulking
• Adjuvant therapy
• Chemotherapy implants
• Radiation therapy
• Chemotherapy
• Corticosteroids
Supportive Care
• Acute rehab
• Patient and Caregiver
psychological and supportive
needs
• Cognition
• Communication
• Depression and Anxiety
• Stress Management
• Seizures
• Fatigue and Sleep
• Headaches 38
Leukemia8,9,10
39
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 14
Invasive Fungal Infections (IFI) in AML37
• Among the leading causes for morbidity, mortality (35%), and economic burden ( LOS, healthcare expenditures)
• Incidence has increased dramatically by 200% from 1979-2000
• Management complicated by increasing frequency of infection by non-Asperigillus molds (zygomycosis) and emergence of drug-resistant fungal pathogens
• Aspergillus and Candidemia account for majority of cases
• Infection of blood stream, lungs, and sinuses is most common
IFI in AML cont’d 37
• Risk factors:
– colonization of yeast in the GI mucosa with acute mucosal damage caused by cytotoxic drugs (e.g. high-dose cytarabine)
– Neutropenia
– Use of broad-spectrum antibacterial therapy
– Bacteremia
– Renal insufficiency
– Prolonged stay in an ICU
– Receipt of TPN
– Recent GI surgical procedure
41
IFI in AML cont’d 37
• Management:
– Early initiation of antifungal therapy with various medications based on the fungus being treated
• Prognosis:
– Achievement of remission of AL can also lead to the recovery of neutropenia and positively affect the outcome of fungal infection
– Invasive candidiasis
– Invasive aspergillosis
– Zygomycosis42
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 15
Multiple Myeloma 4
• Malignancy of plasma cells
• Slow progression
• Pathological compression fractures especially
in vertebral bodies
– Often how they present to the hospital where no
trauma occurred but a fracture has been found
• Dehydration is common
• No treatment is curative
43
MM Cont’d
• Associated with a number of complications:
– Hematological (anemia, bone marrow failure, bleeding disorders)
– Bone (pathological fractures, lytic lesions, hypercalcemia d/t excessive bone turnover)
– Kidney insufficency
– Compromised Immune function
– Neurological (SC and nerve root compression, cranial nerve compression)
• Almost all patient will have had the the precursor smouldering multiple myeloma (SMM) – which means the present of MM in the bone marrow and M-proteins in the blood but without evidence of organ damage.
44
MM Survivors
• Persistent deformities
• Chronic pain
• Reduced mobility and physical
functioning
45
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 16
Multiple Myeloma Patient Examples
• Mrs. Purple
• Mr. Yellow
46
Lymphoma 57
• Lymph system affected includes: lymph,
lymph vessels and nodes, spleen,
thymus, tonsils and bone marrow
• Lymph tissue is also found in brain,
stomach, thyroid gland and skin
• Hodgkin and Non-Hodgkin
47
Hodgkin’s and Non-Hodgkin’s Lymphoma4
48
Ann Arbor Classification
A = means without symptoms
B = with symptoms like night sweats,
unexplained weight loss and fevers
Ex: Stage IIIS A
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 17
Follicular Lymphoma 38
• A B-cell lymphoma
• Most common, slow-growing form – 20-30% of all NHLs
• Common signs/symptoms:– Enlarged lymph nodes in neck, underarm, stomach,
groin
– Fatigue
– SOB
– Night sweats
– Weight loss
– Usually no symptoms of disease at time of diagnosis
Follicular Lymphoma 38
• Treatment:
– Very responsive to radiation and chemotherapy
– If no symptoms, often not treated right away
–Many achieve remission but disease often returns later
– Common chemotherapy combos:
• R-Bendamustine (rituximab and bendamustine)
• R-CHOP (rituximab, cyclophosphamide, doxorubicin, vincristine, and prednisone)
• R-CVP (rituximab, cyclophosphamide, vincristine, prednisone)
50
Follicular Lymphoma Case Study
– Mr. Red
51
“Managing the Cancer Patient in the Acute Care Setting”
Property of Kathryn E. Tasillo, PT, DPT, not to be
copied without permission 18
AIDS-Related Lymphoma 57
• Malignant cells form in the lymph system of patients who already have AIDS
• However, sometimes this can be the first diagnosis for both AIDS and the AIDS-related lymphoma
• Sometimes this type of cancer can occur outside lymph nodes in bone marrow, liver, meninges, and GI tract
• Non-Hodgkin Lymphoma more common and called AIDS-related lymphoma
• When occurs in the CNS: AIDS-related primary CNS lymphoma
52
AIDS-related NHL 57
• These lymphomas are the aggressive type
• Diffuse Large B-cell lymphoma (including B-cell immunoblastic lymphoma)
• Burkitt or Burkitt-like lymphoma
• Signs and symptoms:– Weight loss
– Fever
– Night sweats
– Painless, swollen lymph nodes in the chest, neck, underarm or groin
– A feeling of fullness below the ribs
53
Stages of AIDS-related Lymphoma 57
• E: "E" stands for extranodal and means
the cancer is found in an area or organ
other than the lymph nodes or has
spread to tissues beyond, but near, the
major lymphatic areas.
• S: "S" stands for spleen and means the
cancer is found in the spleen.
54
“Managing the Cancer Patient in the Acute Care Setting”
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• Stage I – one lymphatic area
– Stage IE – one organ or area outside of the lymph nodes
• Stage II – two or more lymph nodes either above/below the diaphragm
– Stage IIE – Also found outside the lymph nodes in one organ or area on the same side of the diaphragm as the affected lymph nodes
• Stage III – one or more lymph node groups above AND below diaphragm
– Stage IIIE – AND outside the lymph nodes in a nearby organ or area
– Stage IIIS – AND in the spleen
– Stage IIIE plus S - the three stages above combined
55
• Stage IV
– is found throughout one or more organs that are
not part of a lymphatic area (lymph node group,
tonsils and nearby tissue, thymus, or spleen) and
may be in lymph nodes near those organs; or
– is found in one organ that is not part of a lymphatic
area and has spread to organs or lymph nodes far
away from that organ; or
– is found in the liver, bone marrow, cerebrospinal
fluid (CSF), or lungs (other than cancer that has
spread to the lungs from nearby areas).
56
Treatment 57
• For treatment, AIDS-related
lymphomas are grouped based
on where they started in the
body
– Peripheral/systemic
lymphoma
– Primary CNS lymphoma
• cART (combined antiretroviral
therapy)
• Clinical trials
• Chemotherapy
– Intrathecal
– Ommaya reservoir
– Regional
– Combination
• Radiation
– External
– Internal
• Stem cell transplant
• Targeted therapy
– Monoclonal antibody therapy
57
“Managing the Cancer Patient in the Acute Care Setting”
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58
SPECIAL PATIENT POPULATIONS
59
Neck Dissections 3,4,7
• Tobacco use is closely associated with this cancer type
• Underlying lung disease could be present if tobacco was involved prior
• New prevalence of head and neck cancer associated with the HPV virus
• Three flaps: pectoralis, fibular, radial forearm, and sometimes a scapular flap
• Focusing on posture and positioning, cervical, shoulder, and scapular ROM and movement during recovery is vital
• Multiple lines and tubes can make this patient population appear difficult from the beginning
60
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Neck Dissections 3,4,7
• “Head, neck, and facial cancers involve the paranasal sinuses, nasal and oral cavities, salivary glands, pharynx, and larynx.”
• Radical neck dissection, laryngectomy, and reconstructive surgery are common surgical interventions
• We see a lot of these patients on our surgical unit and in the acute care setting, managing the lines and tubes that are associated with this patient population is quite the challenge. They can typically have (trach, trach collar, pulse ox, multiple JP drains that are bifurcated and secured to wall suction, DHT for feedings, PCA, IV – if a flap was done to the face a doppler is usually present initially to ensure graft is taking, if a mandibulectomy is performed, this is usually fixed with a fibular graft. Venturi mask can be used for moblizing the patient out of the room while still requiring oxygen. Initially, a second person is helpful to mobilize the patient due to managing all of the equipment. Often times these patients can be frustrated with their current state of inability to communicate whether temporary or newly permanent so asking ‘yes’ and ‘no’ questions helps ease that frustration.
• With all of this equipment, positioning of the patient can be tricky as they might be more prone to stay in one position depending on how the trach collar is set up as well as other lines that are attached to the wall. These patients have a lot of secretions and if not positioned properly, it could be harder for them to clear the secretions. A towel roll vertically is commonly used to help with a slow, easy stretch as well as opening up upper lungs.
• If a mandibulectomy has been performed as well, they will usually be in a walker boot for 7 days 61
Neck Dissections 3,4,7
• Radical vs. modified radical neck – Radical = removal of all 5 levels of lymph
nodes, sacrifice of spinal accessory nerve, IJ vein, SCM, platysma, and omohyoid musculature – large met tumors and large palpable nodes
– Modified=possible removal of SCM and nodes, preservation of SAN and IJ vein
• “Radical neck dissections (RND) may include removal or partial removal of the larynx, tonsils, lip, tongue, thyroid gland, parotid gland, cervical musculature (including the sternocleidomastoid, platysma, omohyoid, and floor of the mouth), internal and external jugular veins, and lymph nodes. Reconstructive surgery may include a skin flap, muscle flap, or both to cover resected areas of the neck and face. The pectoralis or trapezius muscle is used during muscle flap reconstructive procedures.”
• Pec flap – need for muscle bulk, large resection– Usually compensated by lat dorsi and
subscapularis
• Fibular flap – reconstruct mandible, usually up to 10cm of bone is resected, preserving peroneal nerve however; usually NWB for 4-7 days
• Radial forearm flap used to replace skin lost on face or in reconstructing the oral pharynx. Avoid weightbearing through donor site.
• Acute care should focus on postural training and cervical ROM
62
Neck Dissections 3,4,7
• Type of Procedure/Patient Population– s/p any head and neck
surgery
– Mandibulectomy
– Neck dissection
• Rehab Implications– HOB elevated typically >
30°
– Keep head in neutral
– No pressure to graft sites
– No constriction around neck
– No pillows
– Check diet orders
– Dental clearance
– Bone donor graft site: WB status
63
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BMT4,15
• Types – Allogeneic vs. Autologous
• Body is immunosuppressed prior to transplant
– period called cytoreduction (usually 2-4
days) of chemo, radiation, or both
• Aspiration from posterior/anterior iliac crest
• 1-3 days after last dose of chemo/radiation –transplant is administered either through
central venous access device or a Hickman
right atrial catheter
• BMT vs. PBSCT64
BMT4,15
• Allogeneic – “bone marrow is harvested from an HLA-matched donor and immediately infused into the recipient after cytoreduction therapy. The donor may be related or unrelated.”
• Autologous – “is one in which the donor and recipient are the same. Bone marrow is harvested from the patient when he or she is healthy or in complete remission. The marrow is then frozen and stored for future reinfusion.”
• Recovery is faster after a PBSC transplant by 10-12 days, a week earlier than in BMT
• Peripheral blood stem cells (PBSCs) can be used in either type– harvested by leukapheresis– 3-7 harvests may need to occur to get desired number– Reinfusion occurs after lethal doses of chemo, radiation or both
• PRO - “PBSC transplant is becoming more common with faster immune recovery after allogeneic transplant and faster blood count recover with autologous transplant when compared to bone marrow transplantation.”
• CON - “Some disadvantages include longer process for donors and increased fluid to recipients during transplantation with possible fluid overload to lungs.” 65
66
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Can be used to treat patients with: 4,15
67
Afterward4…• Bone marrow failure begins within 10 days after
transplant and can last up to 3 weeks
• Neutrophil count less than 1,000/mm3 = reverse protective isolation
• Platelets less than 50,000/mm3 = thrombocytopenic precautions
• Stem cells begin functioning 10-28 days after transplant
• A successful engraftment = increase in platelet and WBC count (again 10-28 days afterward)
68
Complications4
• Infection
• Pneumonia
• Hemorrhage
• Marrow failure
• Veno-occlusive disease of the liver
• Interstitial pneumonitis
• Graft versus host disease
69
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GVHD 36
• The older the person, the higher the risk
• Donor’s immune cells attack patient’s good cells• Can be mild, moderate or severe
• Symptoms can be:– Rashes – palms and soles, then to trunk, then to entire
body
– Blistering – exposed skin flaking off in severe cases
– Nausea/vomiting/abdominal cramps, diarrhea, loss of appetite
– Jaundice
– Excessive dryness of mouth and throat, leading to ulcers
– Dryness of the lungs, vagina and other surfaces
GVHD 36
• Acute vs. Chronic – Acute – soon after transplant cells begin to appear in
recipient
– Chronic – usually at 3 months post transplant but can be a year or more later• Usually starts with a rash/itching
• Skin, GI tract and liver are mainly targeted
• Less commonly – involvement of the hematopoietic system, eyes, and kidneys
• Many deaths occur due to infection with patients with suppressed immune systems
71
GVHD 40
STAGE SKIN GI TRACT LIVER
1 Maculopapular rash
over <25% of body
area
Diarrhea 500-1000
mL/day
Bilirubin 2-3 mg/dL
2 Maculopapular rash
25-50% of body
area
Diarrhea
1000-1500 mL/day
Bilirubin 3-6 mg/dL
3 Generalized
erythroderma
Diarrhea
1500-2000 mL/day
Bilirubin 6-15
mg/dL
4 Generalized
erythroderma with
bullous formation,
often with
desquamation
Diarrhea
>2000 mL/day or
pain or ileus
Bilirubin >15 mg/dL
72
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Prevention Drugs for GVHD 36
• Prevention
– Cyclosporine and methotrexate
– Tacrolimus (Prograf) and methotrexate
– Tacrolimus and mycophenolate mofetil (CellCept)
– Prograf and sirolimus (Rapamune)
• Treatment
– Glucocorticoids (prednisone or methylprednisone)
combined with cyclosporine – acute GVHD
– Corticosteroids – chronic GVHD
73
Extracorporeal Photophoresis 41
• Cell-based immunomodulatory therapy that involves collecting leukocytes from peripheral blood
• Exposed to a photosensitizing agent, then treated with UV radiation, and then reinfused
• Produces mass apoptosis of the treated cells
• Reduced risk of infections with ECP as compared to other immunosuppressive agents
• Usually done as a steroid-sparing maneuver or as a last ditch effort
• Many complications are related to vascular access
– Infection, clotting in catheters, DVTs, and vessel stenosis
GVHD Case Study
75
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Donor Lymphocyte Infusions (DLI) 53, 54
• Uses the immune system to fight the tumor
• T cells, a leukocyte, can cause GVHD as well as initiate an attack on the malignant
cells that remain after high doses of chemotherapy and radiation
• Used for patients when they present with relapse after an allogenic bone marrow
transplant
• Receives a boost of immune cells from the donor's original blood
• Especially helpful in those with CML but can be used in other leukemias or
lymphoproliferative disorders
• Can cause GVHD or marrow toxicity however (mild or moderate)– Toxicity can be less severe than a second transplant
• Also experience a marked drop in blood counts as bone marrow switches back to
donor cells
• In some cases, patients can receive multiple infusions until remission is achieved or
side effects are lessened
• Those at high risk for relapse after BMT are sometimes offered this treatment while
still in remission76
Mastectomy
• Initial Mastectomy procedure
• DIEP flap
• This population is now solely under the
OT umbrella unless a major mobility
deficit requires PT involvement
77
Sarcoma17,18
- Most common
type of cancer
that STARTS in
the bone
- Limb sparing
surgery
78
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Sarcoma17,18
• “Limb-sparing surgery (limb-salvage surgery): Most patients with tumors in the arms or legs can have limb-sparing surgery, but this depends on where the tumor is and how big it is. This type of surgery is very complex and should be done by a doctor with special skill and experience. The challenge for the surgeon is to remove all of the tumor while saving the nearby tendons, nerves, and blood vessels. But if the cancer has grown into these structures, they will need to be removed along with the tumor. In such cases, amputation may sometimes be the best option.
• The part of the bone that is removed is replaced with a bone graft (piece of bone from a different part of the body or from another person), or with a device made of metal or other materials. Some metal rods are designed to grow with the child and can be made longer without any extra surgery. They have tiny devices in them that can lengthen the “bone” whenever needed to make room for a child’s growth. But even these may need to be replaced with something stronger once the child’s body stops growing.
• More surgery may be needed during the years after the first operation, and some patients might still need an amputation later on. There can be a danger of infection, and grafts or rods can become loose or break. It takes about a year, on average, for patients to learn to walk again after this surgery on a leg. If the person does not keep up with rehabilitation, the arm or leg may become useless.” 79
Goals of Therapy – Dietz20,21
80
Karnofsky Criteria of Performance
Status21
81
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Eastern Co-operative Oncology Group
(ECOG)22
0 Fully active, able to carry on all predisease performance without
restriction
1 Restricted in physically strenuous activity, but ambulatory and
able to carry out work of a light and sedentary nature (e.g. light house
work, office work)
2 Ambulatory and capable of all self-care but unable to carry out
any work activities. Up and about more than 50% of waking hours
3 Capable of only limited self-care, confined to bed or chair more
than 50% of waking hours
4 Completely disabled. Cannot carry on any self-care. Totally
confined to bed or chair.
5 Dead82
Battling Cancer Related Fatigue4,7
• Bedrest will only make it worse!
• Defined by the National Comprehensive Cancer Network as a “persistent, subjective since of tiredness related to cancer or cancer treatment that interferes with usual functioning.”
• According to Vogelzang et al. patients indicated that fatigue affected their daily lives more than pain
83
Types of Fatigue 63
• Peripheral
• Central
• Central exhaustion syndrome
84
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Fatigue continued 63
• Aggressive cancers are more likely to result in fatigue because the treatments are harder on the body.
• Brain cancers more likely than any other area in the body
• Fatigue usually peaks 2-3 weeks after beginning radiation
• Having both chemo and radiation treatments can worsen fatigue
85
Risk Factors and Causes of Fatigue 63
• Older age
• Having fatigue before cancer diagnosis
• Depressoin
• Poor sleep habits or OSA
• Thyroid problems
• Anemia
• Poor nutrition
86
So how do we fight fatigue?7,63
• Fatigue scale• Eating well • Exercise to address decreased biologic
resources• Incorporate rest breaks• Plan treatment session when patient has the
most energy to maximize treatment quality• Energy conservation techniques/ergonomics• Sleep and wake schedule• Psychological Health
87
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88(23)
(23)
Exercise! 63
• Physical activity is the ONLY treatment
consistently proven to reduce fatigue
• Walking or using a stationary bike are
good options
• 20 minutes of exercise 4-5x/wk or 60 min
3x/wk
90
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Move!74
• Mobility and exercise participation in the
acute postoperative stage of treatment
may reduce:
–Risk of adverse events
–Affect overall length of stay
–Reduce admissions and complications in
various cancer populations
91
Emphasis on Exercise4,7
• Goals:
–Optimize functional mobility
–Minimize cancer-related fatigue
–Prevent joint contracture/skin breakdown
–Prevent/reduce limb edema
–Prevent post-op pulmonary complications
92
How hard do I push them though?4
•Exercise intensity
should be between 1
and 4
•Aerobic
•Progressive, building
duration over time
•An exercise log is
important for
monitoring progress as
well as adherence
93
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General Exercise Considerations 74
• Walking, stationary cycling, resistance training
appear safe for those with leukemia
• May be limited by complications such as
infection, thromboembolic disease, hemorrhage
• Aerobic and strength training exercises can be
safely performed by persons with stem cell
transplant
• Exercise should be less intense, progress slowly,
and avoid overtraining
94
Hematologic Considerations 74
• Anemia– Low-intensity exercise may be beneficial
to promoting improvements in blood counts
– Monitor for chest pain, lightheadedness, and inappropriate dyspnea
• Thrombocytopenia– <10,000 are at risk for spontaneous
hemorrhage
– <20,000 – generally restricted to walking and ADLs
– <30,000 – moderate exercise and light resistive exercise with tolerance
– Maintain BP below 170/100
• Chemotherapy-induced neutropenia – No real restrictions other than use
appropriate barrier protection • Hand hygiene
• Masks
– Take into consideration they will be more fatigued, dizzy, and possibly lethargic
• If on the fence as the patient has been chronically low, it is always better to speak with your provider before cancelling the session as many providers find the benefit of moving in light of low blood values outweigh the risks of low blood counts – every facility is different on this matter
• As a result of antineoplastic therapies:– Neurotoxicities affecting peripheral
nerve function
– Myopathy due to chronic corticosteroid use
– Prolonged immobility
– Nutrition deficits
– Cognitive dysfunction
95
Hematologic Considerations 74
• Dimeo et all suggest that exercise not
only mediates better physical
performance at discharge in this
population, but a shorter duration of
anemia, neutropenia, thrombocytopenia,
and length of hospitalization
96
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Cardiopulmonary Toxicity 74
• Cardiac Cachexia – advanced cancer patients have cachexia with severe muscle wasting that can affect cardiac function
• Radiation therapy to chest wall can affect cardiac and pulmonary function
• Anthracyclines (one of most common chemos) – may have a significant and irreversible impact on cardiac function specifically reduced L ventricular function reduces overall EF compromises long term cardiac function
• Trastuzumab (frequently used in breast cancers) – cardiac toxicity potential – systemic edema, SOB, dyspnea, lung congestion
• Bleomycin and methotrexate pulmonary compromise, pulmonary inflammation, and fibrosis
97
Cardiopulmonary Toxicity 74
• Radiation to the chest wall (lung, breast, and Hodgkin lymphomas) – structural damage to myocardium, coronary arteries, valves and the conduction system– Can manifest 6-12 months after radiation
• Vital sign monitoring– Low-intensity exercise administered during chemotherapy may
be protective against anthracycline-induced cardiotoxicity
• Routine to get a baseline echocardiogram
• Nearly 50% demonstrate cardiac-related comorbidity that compromises function 20-30 years after completion of treatment
• Use of the BORG scale is a good self-reported tool
• Look for excessive fatigue, sweating or pallor changes with exercise or activity, and severe SOB
98
General Oncological Surgical
Considerations7
• Precautions/restrictions: WB, ROM, surgery specific
• Reconstruction: skin grafts, nerve grafts, tendon transfers, flap coverage
• Bone graft donor sites• Real & phantom pain• Leg length discrepancy• Cosmetic deformity• Lymphedema• Edema: post-surgical vs venous
insufficiency• Pulmonary status• Early mobility
99
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Surgical Interventions(24,25)
• Total Pelvic Exenteration
• Abdominoperineal Resection
• Radical Prostatectomy
• Radical Cystectomy
• Sacrectomy
• Hemipelvectomy
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information is the property of Kathryn E. Tasillo, PT, DPT, and should not be
copied or otherwise used without express written permission of the author."
100
Rehab Implications7
• Type of Procedure/Patient
• Surgeon/pt specific restrictions
• No sitting (typically x6 weeks)
• Getting OOB is more difficult with prone exit
• Sidelying<->Stand transfer
• Monitor orthostatics
• HOB typically <30 degrees
• When scooting towards HOB using chuck, pt in side-lying to limit pressure on surgical site
• Possible ROM restrictions
• Requires clearance for toilet/commode
• High risk for DVT• Clear stair negotiation
w/Plastics
101
ORTHOPEDIC CONSIDERATIONS
102
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Bony Mets7,26
• Primary cancer site of breast, prostate,
lung, kidney, thyroid commonly
metastasize to bone
• Common locations: axial skeleton,
humerus, femur, skull, pelvic girdle, ribs
103
Osteolytic lesions26,27,28
• A.K.A. lytic lesion or osteoclastic
lesion
• “punched out” look• This particular picture is a result of
myeloma that has invaded the bone
and caused the weak areas
• Myeloma also releases chemicals
into the body that lead to this
breakdown
• Most commonly in spine, skull,
pelvis, and ribs
104
Osteoblastic lesions26,29
• Induce bone formation
and can produce
sclerotic vertebral
bodies
• Growth typically
stimulated by tumor
105
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MRS. GREEN CASE STUDY
106
BONY METASTASIS >50% cortex involved No exercise; touch down:not weight bearing, usecrutches, walker; activeROM exercise (no twisting)
Plain x-ray findings: high risk indicated by following:cortical lesions >2.5–3.0 cm;>cortical involvement;painful lesions;unresponsive to radiation
25–50% cortex involved No stretching, light aerobicactivity; partial weightbearing; avoidlifting/straining activity
0–25% cortex involved Full weight bearing
(7)
Modifications of evaluation and
treatment7:
–Modify MMT
–Modify PROM or AROM
–Avoid resistive exercises
–Avoid spinal loading with spine mets
108
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Pain characteristics that may indicate
fracture or impending fracture3
109
NEUROLOGICAL CONSIDERATIONS
110
Spinal Cord Compression
• Associated cancers/conditions: metastasis to spine, breast, lung, kidney, prostate, lymphoma, myeloma
• Onset: local back pain, escalates while supine
• Progression: paralysis, numbness
• Late: loss of bowel/bladder control
Rehab Considerations
• Spinal precautions
• Monitor changes in bowel/bladder control
• Assess and monitor sensations to light touch, proprioception, balance, coordination
111(7)
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112(7)
Rehab considerations7:
113
• Monitor sensation, proprioception, balance, coordination
• Safety awareness
• Following commands
• Avoid Valsalva maneuvers and keep HOB elevated to at least 30 degrees (to prevent ↑ ICP)
• Monitor for headaches, nausea, dizziness, ↑ BP
Rehab Implications7
• Log rolling
• BLT (No bending, lifting, twisting)
• May need adaptive equipment for ADLs
• Room set-up
• No Chest PT over spine
• Mets/surgical site
114
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Questions
115