Week 7: Gout, Osteoarthritis, Rheumatoid Arthritis, SLE Flashcards

(163 cards)

1
Q

Gout

A

most common form of inflammatory arthritis

“disease of kings

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2
Q

Gout epidemiology

A

increased age=increased risk

3-4:1 male: female

(female risk increases w. age w. estrogen loss

linked to:
comorbid conditions
diet
medication use
renal erate transporter gentotype (SLC2A9, ABCG2, SLC17A3, SLC22A12)

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3
Q

Patho of gout

A

purines (diet, tissue breakdown)-> uric acid (metabolized by uricase in most mammals, not humans)->metabolized to allantoin and excreted from body

UA soluble at conc <6.7 mg/dL

saturation causes crystallization into joints

phagocytosed triggering an immune respone

excess serum uric acis caused by
*overperoduction of urate
or underexcretion of urate

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4
Q

gout and disease states

A

DM
HLD
obseity
renal insufficiency/CKD
HTN
organ transplantation
CHF

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5
Q

FOOD AND GOUT

A

hyperuricemic
*meat
seafood
beer and liquor
soft drinks
fructose

Uricosuric (increase uric acid excretion in urine)
*coffee
dair
vitamin C

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6
Q

meds and gout

A

hyperuricemic meds
*THIAZIDES
LOOP DIURETICS
NICOTONIC ACID
ASPIRIN (<1G/DAY)
others..
cyclosporine
tacrolimus
pyrazinamide
levadopa
ethambutol

uricosuric meds
LOSARTAN
FENOFIBRATE

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7
Q

classic GOUT PRESENTATION

overall characteristic of flares:
common areas affected:
can be precipitated by:

A

presentation waxes and wanes . periods of asymptomatic until pt experiences acute gout attack

gout flare: (attack): onset within 24 of severe pain, erythema and swelling in a single or multiple joints

Podagro: first metacarsopholangeal joint (big toe) joint involvement most common

may calso effect ankles, fingers, wrists and elbows

can be precipitated by

alcohol ingestion
high purine ingestine
stress
meds (including UA lowering agents

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8
Q

other clinical presentations of gout

A

classic gout: monarticular arthritis, frquently attacks first metatarsalpholangeal join, although other joints of lower extremeitie are also frquently involved. affected joint i swollen, erythamatous, and tender

interval gout: asymptomatic period inbetween attacks

tophaceous gout: deposit of urate crystalls in soft tissues, . complications include soft tissue damage, deformity, joiint destruction, and nerve compression syndromes such as carpal tunnel syndrome

atypical gout: polyarthritis affecting any join upper or lower extremity. may be confused with rheumatoid or osteoarthritis

gout nephropathy: nephrolithiasis . acut and CKD

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9
Q

what is a tophi

A

mass of urate deposits in bone, cartilage, joints or tissues

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10
Q

gout dx

A

dx by synovial fluid aspiration and identification of monosodium urate crystals
* not routinely performed

!!Flare/ attack presentation along w. serum acid>6.8 mg/dL indicated treatment for gout!!

**note. elevated serum uric acid levels alone w. no presentation of gout symptoms does not warrant gout treatment

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11
Q

Goals of therapy for acute gout

A

reduce pain and duration of attacks

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12
Q

geenral anti-inflammatory agents for acute gout treatment

A

NSAIDS
colchcine
corticosteroids (oral or intrarticular)

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13
Q

General Acute Gout pharmacotherapy

NSAIDS

moa:

examples:

dosage:

A

General Acute Gout pharmacotherapy

moa:cox INHIBITION

examples: Indomethacin, naproxen, and sulindac have fda approved indications for gout (but any nsaid will do for the most part)

dosage: –

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14
Q

nsaid considerations for use in acute gout

timing:
when to avoid use:

A

timing of admin (<24 hrs) more important to treatment success than choice of agent

resolution of symptoms usually within 5-8 days
(may require treatment beyond 7 days)

AVOIDE USE IN:
*renal insufficiency/ failure
*bleeding disorder/anticoagulated pts
*peptic ulcer disease
*CHF
*older adult (>75)

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15
Q

General Acute Gout pharmacotherapy

Colchicine

moa:

examples:

dosage:

A

General Acute Gout pharmacotherapy

moa: inhibitoin og b-tubulin polymerization into microtubules, causing downregulation of inflammatory patways (also prevents activayion, degranulation and migration of neutrophils

examples:–

dosage:
1.2 mg (2 tabs) po x 1 then 0.6 mg 1 hr later
*may have to continue beyond this dosage w. colchicine or additional therapy

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16
Q

Considerations/pearls for colchicine

A

often causes GI symptoms

can cause:
*hematologic abnormalities
*rhabdomylisys
a) renal dysfunction and elderly patients are at increased risk
b)concaminant use of 3a4 inhibitors, pgp inhibitors, fibrates, and statin may increase risk of myopathy

Dose adjustment for..
*Crcl< 30mL/min
*severe hepatic impairment (no recommendations. if being used, reduce dose)

DDI: concaminant cyp3a4 and pgp inhibitor users
*dose adjustments necessary (for prophylactic users too)
do not dose colchicine for flare therapy if using prophylaxis
*concurrent use of colchicine and pgp or strong cyp3a4 inhibitors is CI in renal or hepatic impairment (fatal toxicities reported)

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17
Q

Colchicine DDI

DDI mechanism: Strong CYP3A4 inhibitors

examples:

dose adjustments:
*acute gout flare:
*ppx gout flare:

A

Colchicine DDI

DDI mechanism: Strong CYP3A4 inhibitors

examples: CLARITHROMYCIN, ITROCONAZOLE, KETOCONAZOLE, DARUNAVIR/RITONAVIR, atazanavir, nefazodone, lopinavir/ritonavir

dose adjustments:
*acute gout flare: single 0.6 mg dose followed by 0.3 mg 1 hr later dose to be repeated no earlier than 3 days
*ppx gout flare: 0.3 mg once qod to 0.3 mg once daily

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18
Q

Colchicine DDI

DDI mechanism: Moderate CYP3A4 inhibitors

examples:

dose adjustments:
*acute gout flare:
*ppx gout flare:

A

Colchicine DDI

DDI mechanism: Moderate CYP3A4 inhibitors

examples: VERAPAMIL, DILTIAZEM, ERYTHROMYCIN, FLUCONAZOLE, aprepitant, amprenavir

dose adjustments:
*acute gout flare: 1.2 mg dose; dose to be repeated no earlier than 3 days
*ppx gout flare: 0.3-0.6 mg daily (0.6 mg dose may be given as 0.3 mg twice daily)

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19
Q

Colchicine DDI

DDI mechanism: PGP inhibitors

examples:

dose adjustments:
*acute gout flare:
*ppx gout flare:

A

Colchicine DDI

DDI mechanism: PGP inhibitors

examples: CYCLOSPORINE, AMIODARONE, RANAZOLINE

dose adjustments:
*acute gout flare: single 0.6 mg dose; dose to be repeated no earlier than 3 days
*ppx gout flare: 0.3 mg once qod to 0.3 mg once daily

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20
Q

General Acute Gout pharmacotherapy

Coticosteroids

moa:

examples:

dosage:

A

General Acute Gout pharmacotherapy

Coticosteroids

moa: reduces polymorphnuclear leukocyte migration, supress the lymph system
*immune supression and anti-inflammatory effects

examples:prednisolone, prednisone, methylprednisolone, intra-articular triamcinolone

dosage:
*prednisolone 30-35 mg po x5days
*prednisone 30-60 mg po qd for 2 days with taper over 10 days
*intrarticualar triamcinolone:
a) large joint (knee):40 mg as a single dose
b)medium joint (eg wrist, ankle, elbow): 30 mg as a single dose
c) small joint (eg toe, finger): 10 mg as a single dose

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21
Q

corticosteroids considerations for acute gout flare

A

*if only one or two joints are involved, either IA or oral are recommended

if ana attack i polyarticular, systemic therapy is indicated

consider alternaive if dm, chf OR SEVERE gerd OR pud

Safe for use in renal impairment

AE (with short term use): leukocytosis, increases appetite, modd changes, elevated BG

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22
Q

Chronic therapy of gout goal

A

prevent future attacks and hyperuricemic sequelae by maintainging SUA <6.0
*prevent arthropathy, tophus frmation, nephrolithiasis, joint damage

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23
Q

General Chronic Gout pharmacotherapy classes and examples

A

Xanthine Oxidase Inhibitors
*Allopurnol
*Febuxistat

Uricosurics
*probenacid

Pegloticase

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24
Q

General Chronic Gout pharmacotherapy

Allopurinol

moa:

dosage:

AE:

DDI:

Considerations:

A

General Chronic Gout pharmacotherapy

moa: Xanthine oxidase inhibitor. blocks conversion of hypoxanthine to xanthine to uric acide

dosage:
starting: 50-100 mg qday
*100 mg po qd starting for normal renal function
*50 mg po qd in CKD stage 4 or worse
*increase q2-5 weeks to target <6 mg/dL
*may have to increase up to 800 mg to achieve target SUA
*can go above 300 mg po qday even in renal impairment depsite renal dosage adjustment PI recommendations

ae:
*rash:~2%. increased with coad w. amoxacillin, ampicillin, thiazides, ace-i. Prob best to d/c drug. mild rash can progress to SJS
*DRESS
*occurs in 0.1 pts
IMMEDIATELY d/c

DDI:
*warfarin (increases risk of bleeding)
*6-MP, azathioprine, theophylline (allopurinol can icnrease levels of these
*amaxaillin, ampicillin, thiazides, ace-i increase risk of rash

considerations:
*1st line therapy
*can be used overproducers or underexcreters of uric acid

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25
General Chronic Gout pharmacotherapy Febuxistat (Urolic) moa: dosage: AE: CI: DDI: Considerations:
General Chronic Gout pharmacotherapy moa: chemically engineered selective xanthine oxidase inhibitor dosage: starting: 40 mg once daily; may increase to 80 mg qd in pts who do not achieve serum uric acid level <6 mg/dL after 2 weeks AE: headahce, arthtalgias, abd. pain, NV, abnormal lft, FLUSHING AND DIZZINESS CI: 6-MP, azathiopurine, theophylline DDI: 6-MP, azathiopurine, theophylline (febuxistat inc levels of these) Considerations: BBW: inc. cv death in pts with cv disease *theoretically can be used in ppl with allopurinol hypersensitivity, not sturcturally related. *no dose adjustments required for mild-mod renal or hepatic impairment. use caution in severe hepatic impairment or crcl<30 *concam nsaid or colchicine ppx may take up to 6 mo. to help prevent gout flares per package insert *if gout flare occurs, febuxistat doesnt need ot be d/c
26
General Chronic Gout pharmacotherapy Probenacid moa: dosage: AE:-- CI: DDI: Considerations:--
General Chronic Gout pharmacotherapy Probenacid moa: inhibits reabsoprtion of uric acid at proximal conviluted tubule, increasing excretion dosage: 250 mg bid for 1 wek, may incr to 500 mg bid if needed, may increase to a mac od 2g/day (increase in 500 mf increments q4w) AE:-- CI: *Crcl<50 mL/min, *hx of nephrolithiasis * use of pcn, methotrexate, carbapenems (doripenem, meropenem) (inc conc due to decreased renal secretion *salicylates, decreased efficacy of probenecid DDI:use of pcn, methotrexate, carbapenems (doripenem, meropenem) (inc conc due to decreased renal secretion *salicylates, decreased efficacy of probenecid Considerations:--
27
General Chronic Gout pharmacotherapy Pegloticase moa: dosage: AE: CI:-- DDI:-- Considerations:
General Chronic Gout pharmacotherapy Pegloticase moa: pegilated recombinant uricae: converts uric acid to allantolin so it can be excreeted dosage: *IV: 8mg q2w over atleast 2 hrs AE:infusion rections, anaphylaxis CI:-- DDI:-- Considerations: BBW: can cause anaphylaxis and infusion reactions *occurs within 2 hrs *premed w. antihistamines or corticosteroids *ppx w. low dose colchicine or nsaid x 6 mo
28
Mgt of acute gout attack General principles
acute gouty arthritis attaks should be treates w. pharm therapy pharm treatment should be initiated ithin 24hrs of acute gout attack onset ongoing pharm urate lowering therapy (ULT) should not be interrupted during an acute gout attack
29
guidelines for acute gout attack
1. assess severity A) if pt has mild(0-4)-mod(5-6) pain, and an attack effecting 1 or few small joints, or 1-2 Large joints->can consider monotherapy B) if pt has severe (7+) pain, and polyarticular attack or an attack affecting multiple large joints-> can consider initial combo therapy (will discuss in another card) 2) Selecting Monotherapy a)NSAID b)Systemic corticosteroid c) colchicine ***supplementation w. topical Ice for any gout attack 3) Assess treatment outcome A) if inadequate response-> *consider switching to alternate monotherapy *consider combo therapy B) if successful outcome *pt education: including diet and lifestyle, role of uric acid excess in gout and as key treatment target; prompt self trt of subsequent acute gout attacks *consider indications for ULT or adjustment of ongoing ult
30
Guideline acute flare dosing for colchicine therapy
If pt has not been on ppx colchicine or not treated w. colchicine for an acute attack in the last 14 days.. can use oral colchicine: *1.2 mg, then 0.6 mg 1 hr later * then gout attack ppx can be started(0.6 mg po qd or bid), beginning 12 hrs or later, and continued until the acute gout resolves if pt is on ppx colchicine or has recieved colchicine for an acute attack w.in the past 14 days.. *choose alternative therapy (NSAID or coricosteroid)
31
guideline flare dosing for nsaid or selective cox2
full fda or ema approved dose of nsaid or a cox2 inhibitor... *continue intitial trt at full dose until gout attack has completely resolved
32
guideline fare dosing corticosteroids
1) assess extent of joint involvement A) if 1-2 large joints: can consider IA CCS B) all cases of gout: ORAL: a)prednisone 0.5 mg/kg/day *duration: 5-10 dys then stop OR 2-5 days at full dose then taper for 7-10 days then stop b) methylprednisolone dose pack (6 day course) IA: dose dpeends on joint size (w. or w.o oral trt) IM: traiamcinolone acetonide 60 mg, then oral prednison as above (WONT BE TESTED ON THIS)
33
combo therapy for acute gout attack when to consider: recommendations:
consider if *severe attack (polyarticular) *pts not responding to initial monotherapy recommended combos *nsaid +colchicine *PO CCS+ colchicine *IA CCS+ NSAID+/- colchicine *IA CCS+ PO CCS_/- colchicine NOTE: DO NOT USE PO NSAID AND PO CCS AS COMBO THERAPY
34
Gout chronic therapy gprinciples
not all pts require chronic therapy lifestyle modification recommended for all pts, regardless of disease activity chronic therapy=UA lowering therapy +Flare prophylaxis *UA lowering therapy can illicit flares because remodeling of crystal deposits can dislodge? and trvael illiciting a flare elsewhere *ppx flare therapy should be given concaminanly w. Uric acid lowering therapy (ULT) chornic therapy shuold not be stopped during flare
35
Nonpharm recommendations for gout treatment
Stay hydrated Exercise Encourage smoking cessation Healthy overall diet *Limit alcohol intake *limit purine intake (sweetbreads, liver, kidney, sardine, shellfish) *limit high fructose corn syrup *encourage lowfat or non fat dair products, vegetables weightloss program if overweight or obese
36
indications for chronic ULT for gout
>1 sq tophi, radiographic evidence of dmaage attributable to gout OR frequent flares (>/2 /years) may consider trt if... hx of >1 attack, but <2 attacks per year those w. first gout flare w. following characteristics AND any of these CKD stage 3 UA> 9 mg/dL urolithiasis (kidney stones) if decision is made tht pt needs ult duraing a flare, it shouldbe initiated during a flare
37
chronic Therapy of gout goals goal ua level: what is 1st line trt: when to montor ua levels: if therapy not appropriate, what to do ? how long is therapy and at what dose?
goal serum urate level: <6 mg/dL allopurinol is 1st line gaent UA levels should be monitored q 2-5 weeks w. increases in ULT intensity until goal is reached *increase dose of XOI, add probenecid if appropriate therapy required to reach goal of <6mg/dL shoul dbe continued indefinately
38
indication for swtch to pegloticase as chronic ULT
XOI trt, uricosurics, and other interventions failed to achieve goal UA levels, and pt continues to have >/2 flare/yr OR non reslovng tophi
39
Flare ppx
pps w. antiinflammatory meds should be intiated when ULT is intiated same agents as for flare trt at diff dose shold be continued for 3-6 mo. based on resolution of symptoms and absence of tophi
40
serum UA lowering therapy PPX when to initiate: algorithm (including choices and doses)
when to initiate: *w. or just prior to initiating ULT CHOICES: a)first line *low dose colchicine 0.6 mg qd or bid OR *low dose nsaids (ex naproxen 250mg) b) second line *low dose prednisone or prednisolone (
41
epidemiology of Osteoarthritis (OA)
disease of elderly as ppulations age common: 1/5 ppl have OA by 2040, 25.9% will have OA expected reletavily expensive condition $9233 per person
42
risk factors for OA
obesity sex: men at oyungr, female at older occupations (jobs that ave regular mechanical stress) participation in certain sportss joint injury or surgery genetic predisposition
43
what is the #1 modifiable risk factor for OA
obesity
44
OA patho
Under normal conditions, cartilage matrix is subjected to a dynamic remodeling process in which low levels of degradative and synthetic enzyme activities are balanced, such that the volume of cartilage is maintained. In OA cartilage, however, matrix degrading enzymes are overexpressed, shifting this balance in favor of net degradation, with resultant loss of collagen and proteoglycans from the matrix
45
OA classifications
Idiopathic (primary): no known cause Secondary (classified by cause) *note: can also be classified by joint involvement
46
secondary causes of OA
traumatic (accidents) gongenital/genetic: metabolic: pagets disease, wilsons disease, nutritional defficiencies neuropathic: Charcot arthropathy HEmatologic: Hemophilia, sicklecell disease Other: Gout, RA
47
ACR criteria for Hand OA
hand pain, aching or stifness and 3 or 4 of following treatments 1)hard tissue enlargement of 2 or more of 10 selected joints 2)hard tissue enlargement of 2 or more DIP joints 3)fewer han 3 swollen MCP points 4)deformity of atleast 1 of 10 selected joints
48
clinical features of hand OA Signs
signs bony enlargement of affected joints of affected joints *heberdens nodes (develop slowly, non painful, lateral and medial aspects of the joint) *bouchards nodes: same as heberdens nodes, at diff locations limitation of range of motion crepitus w. motion pain w. motion malalignment and/or joint deformity
49
Knee OA epidemiology
most common cause of arthritis and chronic disability among older ppl in US radiographic abnormalities present in >30% persons>65 y.o symptomatic kknee OA occurs in ~10% of ppl >65 yo leading indication for >250k total knee arthroplasties in US / year
50
clnicnal features of knee OA
JOINT PAIN MORNING STIFFNESS JOINT INSTABILITY LOSS OF FUNCTION OCCASIONAL SYNOVITIS bowleggednes (vargus) knock knees (valgus)
51
ACR criteria for knee OA
clinical classification knee pain and atleast 3 of following 6 criteria 1. >50 yo 2.stiffness lasting <30 min 3. crepitus (grating sound produced by friction of bone 4.bony tenderness 5.bony enlargement 6. no warmth to touch *not most sensitive, least
52
clinical and lab classification if knee OA
clinical and lab classification knee pain and atleast 5 of following 9 criteria 1. >50 yo 2.stiffness lasting <30 min 3. crepitus (grating sound produced by friction of bone 4.bony tenderness 5.bony enlargement 6. no warmth to touch 7. esr <40 MM/HR 8. rf<1:40 9. Synnovial fluid: clear, viscous, or wbc <2000/mm^3
53
acr radiographic criteria fro knee OA
atleast 1 of following of 3 *age>50 y,o *stiffness <30 min *crepitus AND osteophytes (detected by radiography) least sensitivity, most specific (negatives are true negatives)
54
ACR criteria: HIP OA
HIP PAINand atleast 2 of folowing 3 features *esr<20 mm/hr *radiographic femoral or acetabular osteophytes *radiographic joint space narrowing (superior, axial and/or medial) 89% sensitivity and 91 percent specitivity
55
clinical featurs of hip OA
hip pain: gradual onset, increases with joint use, relieved (incompletely) with reset as the disease becomes more severe: *morning stiffness and pain (up to 30 min) *pain at rest or at night are common STRONFEST clinical indicator is pain exacerbated by intern or external rotation of the hip while the knee is in full extension
56
non pharm treatment of OA considerations
can use more than one modality consider pt comfort exercise, braces, etc. *un
57
non pharm management of hand OA
storngly recommended *exercise *self efficacy and self management programs *first carpometacarpal (CMC) orthosis conditionally recommended: *heat or tpx cooling *cbt *acupuncture *kinesiotaping *hand orthosis other than CMC *paraffin
58
non phar knee OA
storngly recommended exercise self efficacy and self management programs weight loss(if overweight) Tai-Chi Cane Tibiofemoral (TF) brace for TF OA conditionally ecommended *heat, tpx cooling cbt acupuncture kinseotaping balancetraining yoga patellofemoral (PF) knee brace for PF OA radiofrequency ablation
59
non pharm treatment for hip OA
strongly recommended exercise self efficacy and self management programs weightloss (if overweight) tai chi cane conditonaly recommended heat tpx cooling cbt acupuncutre balance training yoga
60
exercise considerations for OA
duration, intensity, frequency *unknown *driven by what pt is comfortable with pt preference patient access possible options *walking *stationary bike *isokinetic(dynamic contraction, speed control), isometric (static tension, maintains strength) *rsistance training w. or w.o props *aquatic exercise
61
Self efficacy and self management programs for OA
multi disciplinary group based on skill building and education skill building *goal setting *problem solving *positiv thinking education *fitness goals *joint protection *medication
62
other therapies for non pharmt trt of OA
Hand orthosis: goes over cmc joint: supporting joint kinesiotaping: functions similarly to a brace but more flexible in terms of movement. tape supports hand and muscle of hands or knees parrafin: wax that heats up braces: tibiofemoral (TF) *patellofemoral (PF)
63
conditionally and strongly recommended against non pharm treatments for OA
knee OA: TTENS(transcutaneous electrical nerve stimulation (TENS) conditionally recommened against: manual therapy (w. or w.o exercise) massage therapy modified shoes wedged shoes pulsed virbation therapy hand OA conditionally recommended against *iontophoresis hip OA: strong recommended against TENS conditionally recommended against manual therapy (w. or w.o exercise) massage therapy modified shoes wedged insoles
64
pharm therapy for OA considerations
no disease modifying agents for OA meds are for pain relief
65
pharm treatment for hand OA
(strongly recommended therapy)SRT: oral NSAIDS lowest possible dose thats effective for shortest duration as possible conditionally recommended therapy (CRT) topical NSAIDS IA CCS APAP TRamadol duloxetine chondroitin
66
types of non selective nsaids
A)proprionic derived nsaids *ibuprofen naproxen ketoprofen fenoprofen oxaprozin b)acetic acid derived nsaid indomethacin diclofenac ketorolac etodolac sulindac tolmetin c)fenmates derivatives *meclofenamate mefenamic acid enolic acid derivatives peroxicam meloxicam alkanone derivatives *nabumetone
67
pharm trt for knee OA
SRT: oral NSAIDS topical NSAIDs IA CCS CRT: APAP tramadol duloxetine topical capsaicin
68
pharm trt for hip OA
srt: oral NSAIDS IA CCS (guided by imaging) crt: APAP tramadol duloxetine
69
pharm mgt recommended AGAINSt for hand OA
sra: biphosphonates glucosamine hydrochloROQUINE methotrexate tnf inhibitors il-1 receptor antagonists cra: IA hyaluranoic acid colchicine non-tramadol opioids fish oil vit d topical capsaicin
70
pharm mgt recommended AGAINSt for knee OA
sra: biphosphonates glucosamine hydrochloROQUINE methotrexate tnf inhibitors il-1 receptor antagonists platelet rich plasma stem cell injection chondroitin cra: IA hyaluranoic acid IA botulinum toxin prolotherapy: injection of hypertoinc dextrose colchicine non-tramadol opioids fish oil vit d topical capsaicin
71
pham mgt recommended against forhip OA
sra: biphosphonates glucosamine hydrochloROQUINE methotrexate tnf inhibitors il-1 receptor antagonists platelet rich plasma stem cell injection chondroitin IA Hyaluronic acid cra: IA botulinum toxin prolotherapy: injection of hypertoinc dextrose colchicine non-tramadol opioids fish oil vit d topical capsaicin
72
overall considerations for trt of OA
consider pt factors *what has worked in the past? *what is the pt comfortable doing *what other conditions does the pt have? ex: HTN, cv disease, HF, CKD, GI bleeding risk etc.
73
clinical prsentation of RA
symptoms present for >6 weeks warmth and swelling over affected joints with or w.o pain prolonged morning stiffness>30 min fatigue weakness, decreasedmood, low-grade fever positive rheumatoid nodules joint deformity in late disease
74
joint involvement in RA
MOST COMMONLY EFFECTS small joints (hands wrist, ankles and feet bilaterally larger weight beighring joint sless commonly effected
75
lab findings for pts with RA
ANTI-CITRULLINATED PROTEIN ANTIBODIED (acpa): 96% in ra rheumatoid factor (RF):70-80% in ra antinuclear antibodies (ANA): ~20% in ra also... elevated nonspecific inflammatory markers such as ESR, CRP synovial fluid analysis wbc1500-25000m//^3
76
dx of ra
CHALENEGES: no single tet or physical finding *early detection is difficult acr/eular criteria: *serology/acute phase reactants *duration of SS *joint involvement
77
disease severity evaluation in RA
Disease activity Score scale 0 to 9.4 high disease activity :>5.1 mod diseasy activity: >/3.2 to /2.6 to <3.2 remission: <2.6
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RA vs OA age: onset: development: SS: joint involvement: joint stiffness duration: joint pain: symmetry: auto antibodies:
age: *RA: varibale *OA:>50 y.o onset: *RA:VRIABLE *OA:gradual development: *RA: autoimmune *OA: wear and tear SS; *RA: constitutional and joint *OA: localized to joint Joint involvement: *RA:small joints of hands, wrists and feet *OA: large weight bearing joints joint stiffness: *RA:>30 min *OA:<30 min joint pain: *RA:w. use and at rest *OA:w. use symmetry *RA: bilateral *OA:unilateral auto antibodies *RA: present *OA:none
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GOALS OF therapy of RA
treat to target approach w. low disease activity as an acceptabletarget improve SS of joint pain and stiffness by reducing inflammation slow disease progressionand prevent joint damage
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Non pharm therapy for RA
REST weight loss physical and occupational therapy *assistive devices *exercise *physiotheraoy patient education *surgery-severe ra *tendon repair, arhtroplasty, tenosynovecotomy
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non disease modifying therapy for RA
NSAIDS *decrease joint pain and inflammation *acute ysmptom relief *adjunct to disease modifying agents CCS: *decrease joint pain and inflammation bridge to disease modifier *short term high doses or flares *long term low doses for refractory diseasse **prefer to ass or switch disease modifier
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disease modifying therapy for RA categories
Conventional synthetic csDMARDS: *mathotrexate, hydroxychloroquine, sulfasalzine, leflunomide *others: gold salts, minocycline, CsA, cyclophosphamide, D-penicillamine biologic dmard *TNF inhibitors (etanercept, infliximan, adalimumab, golimumab, certolizumab *non tnf inhibitors (abatacept, rituximab, tocilizumab, anakinra, sarilumab) targeted synthetic (tsDMARD; JAK inhibitors) *tofacitinib, baricitinib, upadacitinib
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treatment prinicples for RA
INITIATE CSdmards within 3 mo of onset of persistent symptoms short term CCS for bridging to dmard onset *guidelines recommendavoind CCS theraoy if possible, however many pts require a short course for symptm relief step up strategy *additional dmards when disease burden not adequately controlled treat to target approach *remission may not be achievable in all pts
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dmard THERAPY algorithm for RA
1)assess disease activity if pt is dmard naive: a) low disease activity: *csdmard monotherapy: HYDROXYCHLOROQUINE (HCQ) *alternative (selfasalazine>mtx>leflunomide b)mod-high disease activity *csmard monotherapy: MTX 2) is pt at target of low disease activity or remission? YES: continue regimen *must be at traget for atleast 6mo before dose reduction/dmard d/c continue >/1 dmard due to risk of disease progression *if d/c, d/c gradually *if symptoms return, reinitiate dmard NO: *if non mtx csdmard monotherapy.. switch to mtx *if oral mtx not at target-> switch ot sq mtx over addition to another dmard *if absence of poor prognostic factors-> add csdmard *if poor prognostic factors-> add bdmard or tsdmard 3) is pt at low disease acivity or remission YES: continue regimen NO: *optimize above therapy, then: add/switch to bdmard or tsdmard or a diff class asssess DMARD use for efficacy q3 mo
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poor prognostic factors for RA
persistent mod-high disease activity score despite csdmard high acute phase reactant levels high swollen joint count presence of rf and/or ACPA, especially at high levels presence of early erosion failure of 2 or more csdmards
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csDMARDS MTX indication: moa: dosing: AE: CI: onset of effect: considerations:
csDMARDS MTX indication: 1st line csdmard of choice except in dmard naive pt w. mod-severe disease activity moa: folate antagonist dosing: 7.5 mg PO qw titrated to >/15 mg weekly w.in 4-6 weeks *if unable to tolerate weekly oral dose, split oral doseover 24 hr orswitch to sq AE: *NV *stomatitis *dizziness/faituge/headache *pneumonitis/pulmonary fibrosis *myelosupression *immunosupression *hepatotoxicity/inc. lfts *alopecia *rash CI: pregnancy and breastfeeding, liver or renal impairment, immunodeficiency, myelosupression onset of effect: 1-2 months considerations: *folatesupplementation decreases ADR w.o reducing efficacy
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csDMARDS HCQ indication: moa: dosing: AE: CI: onset of effect: considerations:
csDMARDS HCQ indication: usually used in combo w. other dmards or as monotherapy for low disease activity moa: unkown, but inhibits cytokine production dosing: *initial: 400-600 mg po daily *maintenance: 200-400 mg po daily or divided doses AE:NVD, qtc prolongation, irreversible retinal damage, photosensitivity CI: ocular disease-dose dependent retinopathy liver disease onset of effect:2-4 months considerations: *may be used in pregancy 8preferable risk profie compared to other dmards
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csDMARDS sulfasalazine (SSZ) indication: moa: dosing: AE: CI: onset of effect: considerations:
csDMARDS sulfasalazine (SSZ) indication: monotherapy or in combo w.other dmards moa:unkown: acive metabolites (sulfapyridine and 5-asa) responsible for anti inflammatory properties dosing: 500-1000 mg po daily (up to 3g has been used) AE: nv abdominalpain, anorexia headache reversible oligospermia rash, puritis, urticaria, blood dyscrasias CI: sulfa allergy, intestinal or urinary obstruction, renal and caution in hepatic impairment onset of effect: 1-3 mo considerations: *preffered dmard in pregnancy
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csDMARDS Leflunomide (LEF) indication: moa: dosing: AE: CI: onset of effect: considerations:
csDMARDS LEF indication: mono or ocmbo w. other dmards moa:inhibits pyrimidine synthesis->decrease lymphocyte proliferation dosing: loading dose: 100 mg PO once daily for 3 days maintenance dose: 10-20 mg po daily AE: NVD reversible alopecia rash peripheral neuroathy htn CI: pregnancy and breastfeedings (teratogenicity across genders)-> levels may take months to decrease *liver disease onset of effect:1-3 months considerations: long t1/2, may be detectable for up to 2 years *cholestyramine rmoves drugs and its active metabolites
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monitoring for csdmards
monitor cbc lfts and scr based on duration of therapy MTX, LEF, SSZ <3mo: q2-4w 3-6 mo:q8-12w >6 mo:q12w HCQ: none after baseline additoinal specific drug monitoring: MTX: r/o pregnancy, chest xray at baseline HCQ: opthalmologic exam at baseline and q3mo SSZ: r/o G6PD deficiency at baseline LEF: r/o pregnancy at baseline
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general bdmard considerations for use in RA
geenrally well tolerated but costly target pro inflammatory cytokines *TNF-a, IL-1, IL-6, B cells, T cells when to use based on algorithm: mod-high disease activity despite dmard monotherapy unable to tolerate / ci TO CSDMARD adequate trial :tnfI biologics: 3 mo non tnfI biologics: 6 mo
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TNF-inhibitor subq options
etanercept (Enbrel) adalimumab (humira) golimmumab (simponi) Certolizumab (Cimzia)
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TNF-a biologics-sub q options drug: etanercept (enbrel) dosing: use w. mtx: common ADR:
TNF-a biologics-sub q options drug: etanercept (enbrel) dosing: 50 mg weekly OR 25 mg twice weekly use w. mtx: w. or w.o common ADR:pancytpenia, injection site rxn, diarrhea, rash
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TNF-a biologics-sub q options drug: adalimmumab dosing: use w. mtx: common ADR:
TNF-a biologics-sub q options drug: dosing:40 mg q2w. if no mtx, 40mg weekly use w. mtx: w. or w.o common ADR: sinusitis, urti, antiboy formation, injection site reaction, hadache, rash
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TNF-a biologics-sub q options drug: golimumab (simponi) dosing: use w. mtx: common ADR:
TNF-a biologics-sub q options drug: dosing: 50 mg once monthly use w. mtx: must be w. methotrexate common ADR: URTIE, nasopharyhgitis, antibody formation, injection site reaction
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TNF-a biologics-sub q options drug: certolizumab dosing: use w. mtx: common ADR:
TNF-a biologics-sub q options drug: dosing: 400 mg at 0,2,4 weeks then 200 mg q 2 weeks use w. mtx: with or without common ADR: URTI, UTI, antibody formation, dizziness, htn, rash
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TNF-inhibitor iv options
Inflixumab (Remicade) Golimumab (Simponi Aria)
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TNF-a biologics- IV options drug: INFLIXIMAB (Remicade) dosing: use w. mtx: common ADR:
TNF-a biologics- IV options drug: dosing: 3mg/kg over /> 2 hrs at 0, 2, and 6 weeks then 3-10 mg/kg q4-8weeks use w. mtx: must be used with methotrexate common ADR: URTI, infusion related reactions (premedicate w. antihistamine, APAP, CCS), headache, abdominal pain, antibod formation
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TNF-a biologics- IV options drug: golimumab (Simponi Aria) dosing: use w. mtx: common ADR:
TNF-a biologics- IV options drug: dosing: 2mg/kg over 30 min at weeks 0, 4, then 2 mg/kg q8weeks use w. mtx: preffered w. methotrexate common ADR: URTI, ALT/AST elevation, HTN, rash, neutropenia, antibody formation
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TNF-I Safety concerns
BBW *risk of malignancy-> lymphoma and other malignancies *serious infections leading to hospitaliztion or death-> opportunistic fungal viral, and bacterial functions May lead to exacerbations of *MS/MS like symptoms *SLE/ SLE like symptoms *HF-> avoic in NYHA class III or IV of LVEF<50% Latent TB and HepB infections-> screen all pts for tb and hepatitis b before intiaition
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non TNF-I biologics- list of subq options
abatacpt (orencia) sarilumab (kevzara) toclizumab (Actemra) Anakinra (Kinret)
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non -TNF-a biologics- sq options drug: abatacept (Orencia) dosing: cell target: common ADR:
non -TNF-a biologics- sq options drug: dosing: 125 mg once weekly cell target: t cells common ADR: URTI, headache, nasopharyngitis, nausea
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non -TNF-a biologics- sq options drug: sarilumab dosing: cell target: common ADR:
non -TNF-a biologics- sq options drug: sarilumab dosing: 200 mg q2w cell target: IL-6 inhibitor common ADR: URTI, UTI, injection site erythema, neutropenia, increased LFTs, antibody formation
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non -TNF-a biologics- sq options drug: toclizumab dosing: cell target: common ADR:
non -TNF-a biologics- sq options drug: dosing: <100 kg: 162 mg qow (increase to weekly as tolerated) >/100 kg: 162 mg cell target: IL-6 common ADR: URTI, nasopharyngitis, headache, HTN, increased LFTs, increased lipids
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non -TNF-a biologics- sq options drug: ANAKinra (kineret) dosing: cell target: common ADR: note:
non -TNF-a biologics- sq options drug: dosing: 100 mg once daily cell target: IL-1 common ADR: URTI, rash, pyrexia, influenza like illness, gastroenteritis, vomiting, antibody formation note: limited use given reduced efficacy compared to other bdmardS
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considertionf for non tnf-i
all used as monotherapy or w. non biologic dmard
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non -TNF-a biologics- IV options drug: abatacept (oriencia) dosing: cell target: common ADR: note:--
non -TNF-a biologics- IV options drug: dosing: wieight based dosing at 0,2, and 4 weeks, then q4 weeks cell target: t cells common ADR: URTI, nasopharyngitis, nausea, htn, infusion reaction note:--
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non -TNF-a biologics- IV options drug: rituximab dosing: cell target: common ADR: note:
non -TNF-a biologics- IV options drug: dosing: 1g at 0, 2, weeks (one cycle); may repeat cycle q16-24 weeks based on response cell target: anti-cd20 antibody common ADR: URTI, UTI, nasopharyngitis, PML, infusion reactions (premedicatew. antihistamine, apap, ccs) note: *served for those who fail other bdmard or w. hx of lymphoproliferative disorder *should be used w. mtx, other options may be monotherapy or be used w. other NONBIOLOGIC dmards
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Monitoring for bDMARDS
All patients should be screened for latent tb AND hep B prior to initiation Baseline: *TNF-I: CBC, LFTs(infliximab) *Abatacept: CBC and done periodically thorughout treatment *Rituximamb: CBC and done w. each dose *IL-1 I: CBC *il-6: CBC, ANC, LFTs, flp after 4-8 weeks *TNF-I: LFTs(infliximab) *Abatacept: -- *Rituximamb-- *IL-1 I-- *il-6: cbc, lftS, flp Q3mo *TNF-I: -- *Abatacept: -- *Rituximamb: CBC *IL-1 I: CBC *il-6: cbc, lftS, *TNF-I: -- *Abatacept: -- *Rituximamb-- *IL-1 I-- *il-6: flp
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JAK inhibitors indication: moa: dosing: AE: CI: onset of effect: considerations:
indication: *mod-high disease asctivity depsired dmard monotherapy *unable to tolerate/ ci TO CS DMARDS moa: inhibit janus kinase (jak( ENZYMES WHICH BLOCKS TRANcription of inflammatory genes dosing: AE: CI: onset of effect: considerations: *BBW: risk of opportunistic infections, lymphoma and malignancies, thrombosis, including dvt, PE, arterial thrombosis *daily oral administration *used alone or in combo w. mtx or NONbiologic therapY
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JAK inhibitor examples
Tofacitinib (Xeljanz) dose: IR: 5 mg BID, XR 11 mg daily ADR: increased hdl and ldl, headahce, UTI, URTI, GI perforation, anemia, neutropenia, skin cancer, PE, infections Baricitinib (olumiant) dose: 2mg daily ADR: inc ast/alt, nausea, herpes zoster and othr infections, gi perforation, thormbosis, infections upadacitinib (Rinvoq) dose: 15mg daily ADR: inc hdl/ldl, tc, and a/alt, nausea, urti, skin cancer, gi perforation, thormbosis, anemia, neutropenia, infections
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treatment considerations foR RA what is 1st line? when to add when mono therapy not working?
1ST LINE: MTX MONOTHERAPY DMARD-NAIVE PT W. MOD-SEVERE DISEASE ACTIVITY *recommended over lef, bdmard, tsdmard, or trippletherapy for dmard naive pts addition of csdmard, bdmard, or ts dmard is preffered over tripple therapy swithcing to a bdamrd or tsdmard of a diff class if recommneded over switching to an agent in same class
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reaching trt target for RA
continue treatment for >/6 mo before dose reduction or dmard d/c continue atleast 1 dmard at therepeutic dose lifeling to prevent relapse or disease progression if d/c dmard, taper slowly to avoid a flareup if symptoms return, re-initiate dmard
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comorbities to ocnsider in RA
active tb: aboiv biologics or jaki latent tb: may use biologics after one month of starting tb trt hep b: use caution w. biologics and jaki, screen first pregnancy: avoid mtx and lef HF: avoid tnfi in nyha III-Iv *non tnf-i are preffered liver disease: avoid mtx or lef *use cuaition w. hcq and ssz kymphoproliferative disordr: prefer rituxumab
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vaccinations in pts w. RA
2 weeks Before dmard therapy, pneumococcal, influenza (inactive) hep b, hpv, and live herpez zoster virus for biologic agents, live vaccines (such as live herpes zoster) should not be given
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two forms of Lupus
SLE: systemic: can affect all organ systems *malar rash (butterfly rash) Discoid: primarily effects skin *discoid rash: can lead to permamanent scarring and alopecia , can also occur inside he mouth
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SLE epidemiology
women 9x more likely during child bearing years most common age child bearing age: 16-55 y.o black and hispanic 4x mor likely
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etiology of sle
unkown genetics: risks for offspring w. mothers having sle environment: UV light #1 environmental factor, stess, smoking, medications like hydralazine and procainamide Viruses: e.g EBV Hormones: high levels of estrogen (higher sle risk in oral contraceptive users , and inc in post menopausal women given estrogen Prolactin: decreased sle risk associated w. breastfeeding
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phases of sle Preclinical Phase
preclinical: *asymptomatic dysregulation of cellular apoptosis increass in apaoptosis clearance deficiencies due to macrophages: a *nuclea autoantigens presnt to: *dendritic cells: IFN a factories *b cells autoantibodies *something triggers this to causing impaired tolerance: *precipitting facrots/initial insult *activated dendritic cells present auto antibodies to communicate w. b cells
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SLE patho clinical phase aka SLE specific phase
ab self bind to form antibody immune complexes these immune complexes deposit in vasculatrue and suceptible tissues (skin, kidney etc. it is a type III hypersensitivity reaction 8neutrophils complement activta rto destroy immune complexes, IFN, TNF , immune reaction leads to tissue damage, inability to clear complexes efficiently, causing ... INFLAMMATION
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basic picture of patho sle
suceptibility(geentics, complement levels, hormone levels) +environmental insult causes.. autoimmune proliferation leads to...autoantibody production
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SLE timeline
extremely variable
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SLE presentation
variable manifestations due to effects on any organ system ACR DX CRITERIA most common presentation, woman of child bearing rage presenting w. rash, fever, arthralgias
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acr DX CRITERIA FOR sle
only need 4/11 *has 85% sensitivity *95% specificity SOAP BRAIN MD
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SOAP :SLE
S: SEROSITIS: *pericarditis or pleuritis (pain rub/effusion O: oral ulceration *typically painless Arthritis: non erosive, usually case 2+ peripheral joints Photosensitivity *malar rash but any rash
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BRAIN: SLE
BLOOD DIsorders *meolytic anemia, or leukopenia, or lymphopenia, or thrombocytopenia Renal involement *proteinuria or cellular casts Antinuclar antibodies (ANA) *hallmark serological signs of sle immunologic disorder *anti smith nuclear antigen *anti phospholipids *anti-dna ab Neurologic disorder *seizure *psychosis
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MD sle
malar rash discoid rash
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serological testing for sle dx
1.ANA testing low positive predictive value high neg predictive value (helpful for excluding lupus, but now 1000% especially if clniical featurs are present 2.rim immunofluroessence 3.anti-dsDNA ab 4.anti-sm ab
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antiphospholipid syndrome and sle (APS)
hypercoagulable sate , autoimmunity ~50% of sle pt are aPL+ aPl(+) PLUS thrombotic event=APS *anticardiolipin and lupus anticoagulant( blood thinning effects in vitro, coagulating effects in vivo) important because: greatly increases risk fo rclotting event, inc morbidity and mortality. must lower a risk ofevent, including dvt, stroke, and neurologic manifestations aps associated w. premature births, eclampsia, and stillbirths
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Lupus nephritis epidemiology patho dx SS
was most common cause of death in sle pts (now its infection) in ~35% of ppl at time of dx formation of immune complexes and lodging into glomeruli or forming in flomeruli, causing inflammation *6 classes dx: persisent proteinuria and or cellular catss renal biopsy and histology to confirm SS: fomay urine *peripheral edema *concamiant htn *class III-VI are more severe and require immunosupression or preparation for transplant
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considerations for MEDS USED TO TREAT sle TOPICALS
dose more important than drug choose appropriate drugs for where rash i s located cousel an dproper use and handeling steroid ocncerns , use topical cni (TACROLIMUS)
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MEDS USED TO TREAT sle NSAIDS
for pain and inflammation caused by various sle symptoms acute or chronic GI, cardiac, renal, concerns monitor: kidney function, cbc aspirin may be used to prevent clots in sle pts. counsel pt aspirin must be taken atleast 1 hr before nsaid
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considerations for topical steroi duse for rashes in sle
location of rash sseverity of rash potency os steroid CYCLIC application medium (cream vs lotion v gel)
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pharm treatment forSLE HCQ indication: moa: dosing: AE: CI: onset of effect: considerations:
indication: long term management of SLE and DLE 8most utuilized in lupus moa: dosing: *supress: 400 mg QD-BID maintenance: 200-400 mg QD AE: flu like symptoms, ocular toxicity (inc risk include incr doses, length of therapy, ckd,) allergic skin reactions refractory to antihistamines, skin an dhair pigmintation changes, hematologic changed (agranulocytosis, aplastic anemia, thrombocytopenia, pancyotpenia), gi upset, myopathies/palsies/cns effects, rare: cardiomyopathy and hearing loss CI: onset of effect: 2-4 months to work. nsaids and steroids can be used to control ymptoms. adequate trial period 6 months considerations: *rudces skin rashes, major organ involvement, mortality over time, good in pregnant women *adequate trial atleast 6 months
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HCQ monitoring
CBC, liver function, kidney function at baseline and periodically throughout therapy Ocular toxicity mointoring: at baseline, then at 5 years, then annually therafter if pt a increased risk for qtc prolongation, do ekg at baseline and if clinically indicated
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Systemic Glucocorticoids in sle treatment
rapid symptom relief can even use pulse iv stroids for false relief adjunctive trt reserved for *mod-sev initial presentation *organ threatening or life threatening sle inadequate response to hcq/nsaid poor qol w.o it dose: A)supressive dose: prednisone 20-60 mg/d IV pulse: B)TAPER 10-20%Q5-7 DAYS until its minimized to a daily dose of
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belimumab (benlysta) indication: moa: dosing: AE: CI: onset of effect: considerations:
indication: * adjunctive therapyused in non-active cns, ANA+ SLE *first mAb fda approved for sle *adjuncive therapy for incomplete response to HCQ/NSAID/STEROID *fda approved as adjunctive therapy for lupus nephritis moa: b lymphocyte stimulator antagonist ( blymphocyte stimulator activates, stimulates and prevents normal apoptosis of b cells) dosing: AE: allergic rxn, infusion rxn, DEPRESSION/suicidality, PML(brain infection tht is rare) CI: psychosis or dementia, not tested for safety or efficacy in these ppl, onset of effect: 2-4 months considerations: given IV or SQ do not use live vaccines
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Anifrolumab (Saphnelo) indication: moa: dosing: AE: CI: onset of effect: considerations:
indication: adjunct to standard therapies in SLE moa: interferon antagonist (reduce immune cell recruitment and allowsymptomatic improvements, stbializes organ disease dosing: IV infusionq4w AE: CI: onset of effect: considerations: not indicated in active LN or cns DISEASE
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immunosupressants indications in sle trt
poor symptom control after hcq/steroids indicated for organ threataning sle, mainly lupus nephirtis (often used in combo w. steroids ex: azothioprine, cyclophosphamid, cyclosporine, methotrexate, mycophenolate
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immunosupressants use in sle trt mTX
indication: CONCAMINANT ra or main problem of arthritis more effective than AZA ae: bone marrow supession, gi toxicity, hepatotoxicity, nephortoxicity
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immunosupressants use in sle trt azathioprine (AZA)
indication: second line after steroids for a more moderate disease course safest for pregnancy ae: bone marrow supression, n/v
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immunosupressants use in sle trt micophenolate mofetil/sodium (mmf)
indication: proliferative LN, second line for membranous ln also usful in non renal disease ae: gi side effects risks of hematological, cv, teraogenicity
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immunosupressants use in sle trt cyclophosphamide
was LN gold standard incrediby toxic ex: organ threatening dardiopulmonary, renal, or neuro disease can cause permament infertility
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immunosupressants use in sle trt cyclosporine
useful in membranous LN. can cause HTN
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immunosupressants use in sle trt rituximab
not formally indicated for sle, but can be used in pts who are refractory to everything else
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immunosupressants use in sle trt calcineurin inhibitors
most commonly tacrolimus, for proliferative LN alone or in combo w. MMF
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Voclosporin HCQ indication: moa: dosing: AE: CI: onset of effect: considerations:
indication: adjunct to immunosupressants to LN moa: po calcineurin inhibitor (decrease cytokine production, lymphocyte proliferation. dosing: PO AE: nephrotoxicity if eGFR<45 CI: do not use w. cyclophosphamide onset of effect: considerations: BBW for infections and malignancies 3a4 interactions, including grapefruit
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pharm treatment for sle condierations
treat to target shared decision making btw pt and md
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non pharm management for sle
trigger avoidance *sunscreens(broad spectrum) *avoid photosensitizing agents prevent/eradicate infection *treat agressively *immunizations/vaccines
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EULAR sle pharm algorithm
mild sle 1s line: HCQ or GC PO/IM refractory: HCQ or/+ GC PO/IM/, MTX/AZA moderate 1st line: HCQ or GC PO/IM, MTX/AZA, CNI, MMF refracory: HCQ or GC PO/IM, Bel, CNI, MMF Severe: 1st line: HCQ or GC PO/IM, MMF, CYc REFRACORY: HCQ or GC PO/IM, cyc, rtx
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eular target goals for sle
low disease activity SLEDA<=4; HCQ-PREDNISONE <=7.5 MG/D immunosupressives (in stable doses-well tolerated)
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adjunct therapy to sle harm treatment
sun protection vaccinations exercise no smoking body weight blood presure lipids glucose anti platelets anticoags (in aPL+ pts)
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guideline recommendations fo rskin disease in sle
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refactory/severe sle agents
methotrexate mycophenolate AZA *pregnant pts Cyclophosphamide *rserve for organ threatening *rescue therapy in non responds
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adjunctive therapy belimumamb
adjuntive to immunosupressants useful in adjunct to help lower steroid doses frequent relapses despite hcq/steroid in addition to steroind therapy (not inplace of it iv or sc available (sc adults only not indicated in active cns disease
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basic lupus nephritis care
induction: immunosupressant (MMF or CYC) PLUS steroid remissoin: taper doses and switch immunosupressants if needed
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Class III-IV LN trt
A)intial: GC+MMF or GC +lowdose IV CY or GC+MMF+TAC **severe: all above optoins and GC+high dose IV CY B) assess response in 3-12mo. (target goal is reductio in proteinureia <=25% of stable gfr at first 3 mo., <=50% reduc by 6 mo, and < 0.5-0.7 g/24hr of proteinuria at 12 mo. *Yes: add MMF or AZA w. no or low dose GS *if non responding disease or relapses: switch to alternative inductio therapy or add TAC to MMF or rituximab. consider repeat kidney biopsy
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class V lupus nephritis treatment
Upr<3 gr/24hr *RAAS blockade *consider GC+MMF Upr >3gr/24hr *RAAS blockade *GC+MMF B) assess response in 3-12mo. (target goal is reductio in proteinureia <=25% of stable gfr at first 3 mo., <=50% reduc by 6 mo, and < 0.5-0.7 g/24hr of proteinuria at 12 mo. Yes: continue same trt w. gradual tapering no: GC+MMF (alternative: IV CY or cni) RESPONCE AT 3-12 MONTHS? yes: continue no: CNI monotherapy or add MMF or high done iv cy or rituximab
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other LN care points
use ace/arb in pt who have glomerular disease and *persistant proteinuria (>/ 0.5g/24hr and or *htn (target <130/80 mmg use statin therapy in ldl>100
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Pregnancy and sle
pregnancy risk stratification should occur ealy after dx of sle *HCQ not associated w. congenital malformations. inc risk of flair if dc during pregnancy nsaids *unsafe in 3rd smeester shbut should avoid anyway *manage pain with apap topical steroids
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LN in pregnancy trt
mild: hcq/aza clinicaly active ln: non fluronated oral steorid can be used *aza *max dose 2mg/kg/day) if necesary to control ln PRETERM DELIVERY CONSIDERED (AFTER 28 WEEKS) IF LN highly active
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trt of APS (+) or APS
aPL+ w. no event not pregnant: daily low dose aspirin(LDA) (81mg) *reserve for pt w. cv risk pregnant: *LDA +/- lmwh APS not pregnant a)arterial: warfarin INR 3-4 b)venous: warfarin INR 2-3
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monitoring for sle and followup
SS: q3-6 mo at office visits adverse drug events q6mo or less often UA BMP CBC lipid panel serologic disease markers