2. CC: “Two month history of night sweats, fever/chills, and a recent 20 lb
weight loss.”
HPI: Amy is a 22 yo female who presents to the ER with a 2 month
history of night sweats, fever/chills, and unintentional weight loss (20lbs).
The patient also reports fatigue. The patient reports an enlarged
supraclavicular lymph node which hurt after drinking alcohol. The LN was
biopsied, and Amy was diagnosed with Hodgkin’s Lymphoma. She is
scheduled to receive ABVD.
PMH: tonsillectomy 14 years ago.
PSH: Student at Vanderbilt. Stress associated with school. No tobacco.
No illicit drugs. Drinks 3-4 nights per week.
FH: N/A (adopted)
Chemo Regimen: ABVD
(Doxorubicin, Bleomycin, Vinblastine, Dacarbazine)
MH: Ortho Tri-Cyclen 1 tablet daily as directed NKDA
4. Lymphoma is the most common blood cancer
Lymphocytes grow abnormally
B-lymphocytes (B-cells) and T-lymphocytes (T-cells)
Cancerous lymphocytes can travel to the lymph
nodes, spleen, bone marrow, blood or other
organs, and can accumulate to form tumors
Hodgkin’s lymphoma is characterized by the
presence of Reed-Sternberg (R-S) cells, although
other abnormal cell types may be present.
Usually starts in lymph nodes.
5. Classical Hodgkin Lymphoma
Nodular Sclerosis (60-80% cases): Most common
subtype
▪ Lymph nodes contain R-S cells mixed with normal WBCs and
prominent scar tissue
▪ More common in women
▪ Affects adolescents and adults < 50 yoa
▪ Majority of patients’ cured with current treatments
Mixed Cellularity (15-30% cases):
▪ More common in men
▪ Lymph nodes contain many R-S cells and several other cell
types
▪ Affects older adults and may be associated with HIV and EBV
▪ Extensive disease usually present by diagnosis
6. Classical Hodgkin Lymphoma
Lymphocyte Depletion (<5% cases):
▪ Few normal lymphocytes, but abundant R-S cells
▪ Lymphocyte depletion aggressive and not diagnosed until
disease is widespread
Lymphocyte-Rich (<5% cases):
▪ The disease may be diffuse (spread out) or nodular (knot-like)
▪ Numerous normal lymphocytes and few abnormal cells and
classical R-S cells
▪ Usually diagnosed at an early stage in adults and has a low
relapse rate
7. Lymphocyte Predominant Hodgkin Lymphoma
Nodular Lymphocyte Predominant (5-10% cases):
▪ More common in men
▪ Diagnosed <35 yoa
▪ Most lymphocytes in the lymph nodes are normal (not cancerous)
▪ Typical R-S cells are usually not found in this subtype
▪ Large, abnormal B-cells and reactive small B-cells, which may be
distributed in a nodular (knot-like) pattern within the tissues
▪ Usually diagnosed at an early stage and not very aggressive
▪ Resembles low-grade (indolent) B-cell non-Hodgkin lymphoma
Diffuse Lymphocyte Predominant (rare)
▪ Existence questioned
▪ Most cases are nodular lymphocyte predominant Hodgkin
Lymphoma with an ill-defined nodular pattern
8. Family history of HL
Higher social class
Advanced education
Small family size
Delayed exposure to common infectious or
environmental agents
Associated with EBV
Slight increase in HIV (HIV-associated HL)
9. Stage Description
I. Involvement of a single lymph node region or
lymphoid structure
II. Involvement of two or more lymph node regions on
the same side of the diaphragm
III. Involvement of lymph node regions or structures on
both sides of the diaphragm
IV. With involvement of splenic hilar, celiac, or portal
nodes
V. With involvement of paraaoartic, iliac, and
mesenteric nodes
VI. Involvement of one or more extranodal sites in
addition to a site for which the designation “E” has
been used
10. Staging (most crucial determinant of prognosis)
Histopathology of subtype
Age > 60
Anemia
Elevated ESR
Bone marrow involvement
Bulk of disease
Poor Karnofsky’s scale performance status
11. Male sex
Age ≥45 years
Stage IV disease
Serum Alb <4 g/dL
Hemoglobin <10.5 g/dL
WBC >15,000/mcL
Lymphocytes <600/mcL or <8% of WBC
12. Painless lymphadenopathy usually CC
Superficial lymph nodes
Systemic symptoms:
Fevers
Night sweats
Weight loss
Marked fatigue and general weakness
Pruritus (often intense)
Pel-Ebstein fever
Pain
Alcohol-induced pain
Abdominal pain
Bone Pain
Neurogenic pain
Back pain
15. Cure cancer
Prevent Metastasis
Reduce fatigue
Control anxiety and stress
Control any constipation
Prevent
Nausea and vomiting
Neutropenia
Infection
Maintain quality of life as much as possible
16. ABVD x 2-4 cycles
Doxorubicin 25 mg/m(2) IV on days 1 and 15
▪ Doxorubicin 49 mg IV on days 1 and 15
Bleomycin 10 units/m(2) IV on days 1 and 15
▪ Bleomycin 19.6 units IV on days 1 and 15
Vinblastine 6 mg/m(2) IV on days 1 and 15
▪ Vinblastine 31.4 mg IV on days 1 and 15
Dacarbazine 350 to 375 mg/m(2) IV on days 1 and 15
▪ Dacarbazine 686 mg IV on days 1 and 15
Repeat cycle every 28 days
Restage after chemotherapy with PET-CT
18. Monitor
Tumor response
Chem 7
CBC with differential
Ejection fraction (EF)
Pulmonary function tests (PFTs)
▪ Diffusion capacity of the lungs for carbon monoxide (DLCO)
Renal and hepatic function
Urinalysis
S/Sx of Extravasation
19. Doxorubicin – moderate (30-90 %)
Bleomycin – minimal (<10%)
Vinblastine – minimal (<10%)
Dacarbazine – high (>90%)
Emetogenic Regimen
Aprepitant
▪ 125 mg PO day 1 (day of chemo), then 80 mg PO day 2
Dexamethasone
▪ 8 mg PO BID day prior to chemo, 12 mg IV day of chemo, and 12 mg
PO day after chemo
Palonsetron
▪ 0.5 mg PO day 1 (day of chemo)
Lorazepam
▪ 0.5 mg PO Q4-6H PRN to decrease anxiety from stress
▪ May also help prevent nausea and vomiting
20. Group of metabolic complications that can
occur spontaneously or after treatment of a
neoplastic disorder
Tumor-burden and chemotherapy induced
Caused by the rapid destruction of cancer
cells
Leads to release of intracellular components
Most commonly seen after aggressive
therapy for hematologic malignancies
If not treated it can lead to muti-organ failure
and death
21. More common in leukemias and lymphomas
Direct releationship between mass doubling
time and risk of TLS
The more sensitive the tumor is to treatment
the greater the risk for TLS
Patients with baseline compromised renal
function are at increased risk for TLS due to
inability to excrete electrolytes effectively
Elevated baseline UA levels
less purine catabolism increased risk of
hyperuricemia
22. Laboratory TLS
2 or more of the following criteria occuring within 3 days before or 7
days after initiation of chemotherapy in a well-hydrated patient who
is receiving a hypouricemic agent:
▪ Uric Acid ≥ 8 mg/dL
▪ Phosphate ≥ 4.5 mg/dL
▪ Potassium ≥ 6 mEq/L
▪ Calcium ≤ 7 mg/dL
Clinical TLS
Includes the diagnosis of laboratory TLS plus 1 or more of the
following:
▪ Increased SCr (1.5 times the upper limit of normal)
▪ Cardiac arrhythmia or sudden death
▪ New-onset seizures
Patient is hyperkalemic (potassium >6.0 mmol/L),
hyperphosphatemic (goal 3.3-4.9 mEq/L) , and hyperuricemic (goal
3-7 mg/dL)
Patient is considered laboratory TLS but not clinical TLS
23. Initiate 1/4NS + D5W 4.0 L per day
Maintain urine specific gravity ≤ 1.010
Maintain UOP 80-100 mg/m2/hr
Allopurinol
600-800 mg/day PO Q8-12 hours
OR 200-400 mg/m2/day IV
Initiate Allopurinol 400 mg/day IV
Initiate 3 days prior to chemotherapy
Monitor: UA, I/Os, renal function
Monitor (Q6hours during treatment)
CBC, SCr, UA, K, P, Ca
24. Monitor for normalization of lab values
After hydration reevaluate and initiate
Diuretic if UOP not 80-100 ml/m2/hr and patient
is euvolemic
Rasburicase if UA still high
Phosphate binder if still hyperphosphatemia
Alkalinization with sodium bicarbonate NOT
recommended
25. Lymphoma considered intermediate in
overall infection risk
Consider antibacterial prophylaxis
▪ Fluoroquinolone
▪ Levofloxacin 500mg PO daily
Consider fluconazole (anti-fungal) and anti-viral
prophylaxis during neutropenic episodes
26. Hemolysis evident by very elevated LDH
ABVD risk of febrile neutropenia <10%
G-CSF not routinely used but some data exists that it
might be useful
Could prevent bone pain
Assess and monitor ANC (data N/A in case)
Initiate G-CSF if needed after chemotherapy
G-CSF Filgrastem 5 mcg/kg SQ daily
Begin 24 hours after completion of chemotherapy
Continue until ANC >1000 for 3 days
Or >5000 for 1 day
Give Filgrastim 3 weeks before the next cycle of
chemotherapy
27. Patient is already fatigued which may worsen
with chemotherapy
Life-style modifications
Exercise, no overexertion, healthy nutrition
Methylphenidate 2.5 mg twice daily
Titrate up every 2 days as needed
28. Non-pharmacological treatment options
Increased fluids, fiber, and physical activity
Recommend osmotic laxative
Sorbitol 45mL PO Qdaily
Diarrhea should not be an issue with ABVD
29. Recommendations
Control anxiety (nonpharmacological
interventions and/or lorazepam)
Screen for depression regularly
▪ This patient’s whole life will change and she may not be
able to continue her schooling
Oocyte cryopreservation prior to chemotherapy
Avoidance of alcohol
Vaccinations
▪ H. influenzae, pneumonococcal, and meningococcal
vaccines
▪ Especially if radiation therapy (RT) in the future
30. Patient is in college- Low income
Probably lives alone and not near family
Likely she has no insurance
Patient Background
Adopted with no known family history
Manifesting as fatigue, weight loss, and stress
Likely lose more weight with chemotherapy
Impacts on Patient
Postpone school or take online classes
Move closer to her family for support
No ETOH - quit drinking
Will lose her hair from the chemotherapy which may make
social interaction and school difficult
Cannot consider or get pregnant on ABVD
31. Fatigue
Rest when you needed and do not push body too far
Low impact exercise (walking) to release endorphins
High nutrient diet
Methylphenidate initial 2.5 mg twice daily
▪ Titrate up every 1-2 days
Weight loss
Eat small, frequent meals
Use a smaller plate
Choosing healthy foods with high nutrition (fruits/vegetables)
Eat food at room temperature
Dietary consult before starting chemotherapy
Consider megestrol acetate/CSs if needed
Nausea/Vomiting – avoid triggers like odors and eat
several small meals a day
32. Stress Management
Nonpharmacological stress reducing activities that
the patient enjoys (yoga, painting, etc…)
And/or an anxiolytic
Hair loss
Donate hair prior to chemotherapy if desired
Good wigs and wraps
School
Online classes or reduced load if she is adament
about continuing
Counseling and Support Groups
Obtain insurance
May be able to get through school if continuing
33. 1. Caciato DA, Territo MC. Manual of Clinical Oncology.
6th ed. Philidelphia, PA: Lippinncott/Wolters Kluwer;
2008: chapter 21.
2. Lymphoma Research Foundation.
http://www.lymphoma.org/site/pp.asp?c=bkLTKaO
QLmK8E&b=6300137 . Accessed March 25, 2012.
3. Micromedex® Healthcare Series [database online].
Greenwood Village, CO. Thomson Reuters
(Healthcare) Inc. Updated periodically. Accessed
March 25, 2012.
4. NCCN GuidelinesTM. Hodgkin Lympohma. Version
3.2011. NCCN. www.nccn.org. Updated July 2011.
Accessed March 25, 2012.
5. Caring for Cancer Patients Lectures.
Editor's Notes
LHD – lactate dehydrogenase – 100-250 - In medicine, LDH is often used as a marker of tissue breakdown as LDH is abundant in red blood cells and can function as a marker for hemolysis.USpGr- urine specific gravity – 1.005-1.030UpH- urine pH - 4.8-8.0Uurob- urine uribikirubin -0-8
Often spreads from one lymph node to another and can also spread to other organs
A No symptomsB Fever (temp higher than 38 C), drenching night sweats, unexplained weight loss of more than 10% in the last 6 monthsX Bulky disease (mediastinal mass exceeding 1/3 the maximum transverse diameter of the chest or the presence of a nodal mass with a maxiumum dimension > 10 cm) E Involvment of a single extranodal site that is contiguous or proximal to a known nodal siteCS Clinical Stage PS Pathologicial Stage (the mediastinum is considered as a single site, whereas hilar lymph nodes are lateralized). The number of anatomical sites should be indicated by a subscript (i.e., II3)
Highlighted is what our pt is exhibiting. Pel-Ebstein fever is a rarely seen condition noted in patients with Hodgkin's lymphoma in which the patient experiences fevers which cyclicly increase then decrease over an average period of one or two weeks.[1] A cyclic fever may also be associated with other conditions, but it is not called "Pel-Ebstein fever" unless the fever is associated with Hodgkin's.
Stanford V Mechlorethamine,Doxorubicin,Vinblastine, Vincristine, Bleomycin, Etoposide, PrednisoneAre there any medication issues? RT is optional with ABVD and not best for our young patient because it has potential for long-term toxicity leading to heart disease, pulmonary dysfunction, and secondary malignancies, and sterility. Doxorubicin-MOA: Safety: Efficacy:Bleomycin- MOA: Safety: Efficacy: Vinblastine- MOA: Safety: Efficacy: Dacarbazine-MOA: Safety: Efficacy:
Raynaud’s phenomenon is a condition in which cold temperatures or strong emotions cause blood vessel spasms that block blood flow to the fingers, toes, ears, and nose. Low risk <10% for neutropenia.
Tumor response with all drugs!Doxorubicin (Anthracycline)- CBC,EF ----Intercalation blocks replication of nucleotide and action of DNA and RNA polymerases.Bleomycin (Antibiotic)- CBC prior to each dose, chest- X ray every 2 weeks, PFTs, renal and hepatic function, idosyncratic reactions ---inhibition of DNA synthesis via single-strand breaks Vinblastine (Mitotic Inhibitor)-Signs and symptoms of extravasation. ---Alkaloidal antineoplastic agent that inhibits microtubule formationDacarbazine (Alkylating Agent)- CBC with differential ----It may inhibit DNA synthesis by acting as a purine analog
Because Dacarbazine has high emetogenic potential risk we chose a regimen the mose aggressive regimen.