High yield Drugs/Side effects Flashcards
Anti-Cholinergic Side effects and Drugs that Cause Anti-cholinergic toxicity
Hot as hare (no sweat), Dry as a bone (no lacrimation, very thirsty), red as a beet ( flushing), Blind as a bat (blurry), AMS (psychosis, Hallucinations, agitation, delirium)
Drugs:
Anticholinergics- atropine, scopolamine (motion sickness), oxybutynin (overactive bladder tx)
Antihistamines- Diphenhydramine, hydroxyzine
Antipsychotics - chlorpromazine, olanzapine
Antispasmodics- Hyocyamine, dicyclomine
Cyclic Anti Depressants- Amitryptyline, desipramine
Cyclosporine
Calcineurin Inhibitor
-binds cyclophilin
Blocks T-cell activation and Prevent IL2 transcription
use: Transplant rejection and Rheumatoid
HIGH YIELD:
NEPHROTOXIC- use Sirolimus (prevents IL2 response)
can also cause gingival hyperplasia
Tacrolimus
Calcineurin inhibitor
-binds FK506 binding protein, blocking T-cell activation and PREVENTING IL2 TRANSCRIPTION
use: Transplant rejection
toxicity- NEPHROTOXIC (use sirolimus) same as cyclosporine but increased risk for neurotoxicity and diabetes.
Sirolimus (rapamycin)
mTOR inhibitor, binds FKBP.
- Blocks T-cell activation and B-cell differentiation via
DECREASING T- CELL RESPONSE IL2
use: Kidney Transplant rejection (dont use tacrolimus or cyclosporine)
Toxicity- Pancytopenia, insulin resistance
synergistic with cyclosporine
Daclizumab + Basiliximab
monoclonal antibodies BLOCKS IL2 RECEPTOR (CD-25)
use: kidney transplant rejection
Side effects: edema and HTN, tremor
Azathioprine
- anti-metabolite
- precursor of 6-Mercaptopurine
- PURINE analog
Both block de-novo purine synthesis, activated by HGPRT.
- Inhibits lymphocyte proliferation by blocking nucleotide synthesis.
Uses: Transplant rejection, Crohns, RA,
effects: Leukopenia, anemia, thrombocytopenia
6MP is degraded by xanthine oxidase
- Pts taking Allopurinol or Febuxostat (XO inhibitor) are at increased risk for toxicity.
Mycophenolate
- reversibly inhibits IMP dehydrogenase preventing B and T cell PURINE synthesis.
use: Transplant rejection and lupus nephritis.
less nephrotoxic and neurotoxic, can cause pancytopenia.
ASSOCIATED WITH INVASIVE CMV INFECTION
FILGRASTIM
G-CSF
Recombinant cytokine
recovery of bone marrow
SARGRAMOSTIM
GM-CSF
Recombinant cytokine
recovery of bone marrow
IFN-alpha
used recombinant for Hep B and C, kaposi and malignant melanoma
Also part of innate host defense
released by multiple cells (monocytes, B-cells, NK cells)
-synthesized from virally infected cells and act locally on uninfected cells – priming for viral defense
- halting protein synthesis in cells
- RNAase degrades all RNA in the cell
- Protein Kinase R -inactivates EIF-2 blocking translation
IFN- Beta
used recombinant for MS
Also same innate host defense as IFN Alpha
Corticosteroids
Phospholipase A2 inhibitor
Inhibit NF-kB supress B and T cell function by decreasing transcription of cytokines.
Induces apoptosis of T-Lymphocytes
Used for rapid relief of RA patiens and for Proptosis in Hyperthyroid patients.
Cataracts Ulcers Striae Hirsutis Infection Necrosis of Femoral head Glucose Increase Osteoporosis Immune supression Depression/Delerium
Rituximab
Anti-CD20 - used for B-cells - Non-hodgkin lymphoma - CLL - RA - ITP
Increases risk for PML (progressive multifocal leukoencephalopathy)
Alemtuzumab
Anti- CD52
CLL and MS
aLYMtuzumab= LYMphocytic leukemia
Bevacizumab
Anti-VEGF
Colorectal cancer, RCC
can also be used for Wet age related macular degeneration
Ranibizumab
Anti -VEGF
used for age related macular degeneration
Cetuximab
anti-EGFR
monoclonal antibody
Stage IV colorectal cancer also Lung adenocarcinoma