module 13 Flashcards
neoplastic disorders
Cells that abnormally proliferate
Cancers account for most deaths from disease in children over 1
The 5-year survival rate is 80%
Chemotherapy decreases immunity → worried about socialization
Pallor, fatigue, frequent/severe infection, or easy bruising
chemotherapy
Destroys cancer and healthy cells
Adverse effects: infection, myelosuppression, nausea, vomiting, constipation, alopecia & pain
Oral mucositis → nutrition and dehydration
Long-term effects: dental impact, hearing & visual changes, hematopoietic, immunologic dysfunction, gonadal dysfunction, endocrine dysfunction, cardiorespiratory issues, GI issues, GU issues, development of secondary cancers
radiation
High energy radiation to damage or kill cancer cells → more targeted
Skin integrity
Long-term effects are related to the area
Alterations in growth, hormone dysfunction, vision/hearing alterations, learning issues, cardiac dysfunction,pulmonary fibrosis, hepatic/sexual/renal dysfunction, osteoporosis, and development of secondary cancers
Hematopoietic stem cell transplantation autologous
from the self
Higher risk of relapse
Will not give them their own stem cells because they’ve got the issue
Don’t bank stem cells if you’re only going to have one kid
Hematopoietic stem cell transplantation allogenic
from a donor and requires matching for antigen specific sites on leukocytes
Graft vs. host, infection, electrolyte imbalance, bleeding, organ/skin/mucous membrane toxicities can occur
Long-term effects include impaired growth and fertility related to endocrine dysfunction, developmental delay, cataracts, pulmonary/cardiac disease, avascular necrosis of bone, development of secondary cancers
treatment nursing management
Palliative care
Use tylenol over NSAIDs due to risk of bleeding
Ginger helps with nausea
Foot massage can decrease pain
Use of a cooling cap may minimize hair loss
Leukemia
Primary disorder of the bone marrow where normal elements are replaced by abnormal WBCs
Most common are ALL and AML
acute lymphoblastic leukemia
More common 2-10
T cell, B cell, early B cell, or pre-B cell
70% overall cure rate
acute lymphoblastic leukemia treatment
Induction
Consolidation
Maintenance
acute lymphoblastic leukemia assessment
Know if the child has a fever, look for petechiae, purpura, or unusual bruising due to decreased platelet levels. Inspect skin for signs of infection.
Auscultate lungs, note adventitious breath sounds that can indicate pneumonia either present at diagnosis or from treatment.
Note location and size of enlarged lymph nodes and palpate liver/spleen for enlargement
acute lymphoblastic leukemia management
Focus is on managing complications such as infection, pain, anemia, bleeding, hyperuricemia and other adverse effects of treatment. May require blood transfusions. Reducing pain is also a major focus as child has pain due to both disease and treatment - most commonly experience pain of the head, neck, legs and abdomen
Distraction techniques
EMLA cream to numb before IV and blood work
Gate-control theory is back bitches
Narcotics
acute myeloid leukemia
More resistant to treatment
50% cure rate
Worried about headache → metastasis to brain
Hodgkin lymphoma
Large B lymphocytes
Reed-sternberg cells
Possible link to Epstein Barr (mono)
Starts in one general area and multiplies
B symptoms (fever, night-sweats, over 10% weight loss)
Palpate lymph nodes
non hodgkin lymphoma
Mutation in B & T cells
Spreads very fast
Very responsive to treatment
90% will survive
2 years of maintenance chemo
brain tumor
Most common solid tumor
Second most common type of cancer in children
Increased ICP, blocks cerebrospinal fluid, edema
Blood pressure may decrease
Avoid straining
NV, blurred vision, motor abnormality, behavior change, irritability
Hyperreflexive