ποΈ Ambient Voice Scribe (In-Browser β’ Zero Cloud Transmission)
π± iPhone / Mobile Voice Tip: Tap the box below and tap the ποΈ microphone icon on your iPhone keyboard (bottom right) to speak. When finished, tap β¨ Parse & Sync to auto-fill the algorithm.
Ready to transcribe
ποΈ Athena EHR & Prior VistA Fax Baseline Intake
Glance at your faxed VistA PDF in Athena's Document Tray and confirm baseline historical diagnostics below (zero patient name or MRN needed):
π Active Problems to Pull into Unified Note:
1 Active
π Layout Approach:
Step 1 of 5: Treatment Phase5-Step Flow
Selections Made:
1 Treatment Status
START HERE
π Current Maintenance Inhalers (Select up to 3)Trelegy Ellipta (Triple)
SABA OVERUSE β οΈ
β οΈ Beta-Agonist Reliance Flag: Using SABA β₯2β3 days/week down-regulates ββ-receptors and increases acute exacerbation risk. Verify inhaler technique and prioritize daily maintenance controller.
β
2 Airflow Severity (Post-BD FEVβ)
FEVβ/FVC < 0.70
β
3 Symptom Burden (mMRC / CAT)
β
4 Exacerbations & Blood Eosinophils
β
5 Phenotypes, Smoking & Traits
Active Modifiers
π¬ Smoking History & LCS (USPSTF)Non-Screened
Total Burden: 30 Pack-Yearsπ― USPSTF LDCT Indicated
GOLD Grade 2 β’ Group B
FEVβ 50β79% β’ BEC < 100 cells/Β΅L
GROUP B
π Inhaler Regimen
GOLD Evidence A
Bronchodilator Monotherapy
β’ Albuterol 90β180 mcg q4β6h PRN; OR Tiotropium 18 mcg DPI once daily / 5 mcg SMI once daily.
Dual LABA + LAMA Backbone
β’ Umeclidinium / Vilanterol 62.5/25 mcg DPI QD
β’ Tiotropium / Olodaterol 5/5 mcg SMI QD
β’ Glycopyrrolate / Formoterol 18/9.6 mcg MDI BID
Open dedicated AECOPD Flare Tab for REDUCE 5-day steroid vs 12-day taper, Anthonisen antibiotics & BiPAP
β‘ Trait Escalation Pathways
Persistent Breathlessness:
1. Add Inhaled Ensifentrine 3 mg BID nebulized.
2. Pulmonary Rehabilitation (Evidence A).
3. Screen for Endobronchial Valves (BLVR) if severe hyperinflation.
Breakthrough Exacerbations:
β’ If BEC β₯ 100: Step up to Single-Inhaler Triple Therapy.
β’ If on Triple with BEC β₯ 300 & Chronic Bronchitis: Add Dupilumab 300 mg SC q2w.
β’ If FEVβ < 50% + Chronic Bronchitis: Add Roflumilast 500 mcg PO daily.
1. Spirometry: GOLD Grade 2
2. Staging: Group B
3. Backbone: Dual LABA + LAMA
π Layout Approach:
Step 1 of 5: Track & PhaseGINA Flow
Selections Made:
1 Treatment Track & Phase
π Current Maintenance Controller InhalersSymbicort (Bud/Form)
Common Clinic Doses Verified Against Landmark Evidence β’ Trial-Discrepant Dosing Highlighted
Formulary Audit
Drug Class
Brand & Molecule
Common Clinic Dosing (Formulary)
Landmark Trial Protocol & Evidence
Evidence Concordance Status
Systemic Steroid (AECOPD)
Prednisone Oral Tablet Acute COPD Flare Protocol
β οΈ Common 12-Day Taper (#30 tabs 10mg):
β’ 40 mg daily x 3 days β’ 30 mg daily x 3 days β’ 20 mg daily x 3 days β’ 10 mg daily x 3 days (Total: 300 mg)
REDUCE Trial (JAMA 2013; PMID 23695200 β): Prednisone 40 mg PO daily for 5 DAYS MAX (Total: 200 mg) was strictly non-inferior to 14 days (HR 0.95). Prolonged courses deliver zero relapse benefit and significantly increase infection, hyperglycemia, and adverse events.
Regimen: Dupilumab 200 mg or 300 mg SC every 2 weeks vs Placebo.
Landmark Impact: Lowest NNT among all severe asthma biologics; dual blockade of IL-4 and IL-13 suppresses airway inflammation and goblet cell hyperplasia.
Varenicline 1 mg PO BID vs Bupropion SR 150 mg PO BID vs Nicotine Patch 21 mg/d vs Placebo x 12 weeks
Smokers with and without psychiatric disorders motivated to quit
8,144
NNT 7β11
No significant increase in moderate/severe neuropsychiatric adverse events (1.3%β6.5% across arms). Varenicline superior to bupropion (OR 1.44), patch (OR 1.68), and placebo (OR 3.22; P<0.0001)
Landmark multinational trial establishing neuropsychiatric safety and superior long-term abstinence of varenicline over active comparators.
Clinical Practice Guideline: Initiating Pharmacologic Treatment in Tobacco-Dependent Adults
Adult cigarette smokers including comorbid psychiatric illness & unready to quit
Guideline
Evidence Standard
Strong recommendation: Varenicline over bupropion (Strong) and over single NRT patch (Strong). Strong recommendation: Controller + reliever combo NRT over single NRT
Global pulmonary evidence standard establishing varenicline and dual NRT as preferred first-line, recommending extended 12β24 week courses.
Regimen: Varenicline 1 mg PO BID vs Bupropion SR 150 mg PO BID vs Nicotine Patch 21 mg/d vs Placebo x 12 weeks.
Landmark Impact: Proved neuropsychiatric safety in smokers with and without psychiatric illness; superior abstinence over bupropion and nicotine patch.
Recommendation: Strong recommendation to initiate varenicline over bupropion/single NRT; combination NRT over single NRT; extend treatment to 12β24 weeks.
Landmark Impact: Definitive international pulmonary society guideline codifying modern pharmacotherapy standards for tobacco dependence.
Home Nocturnal NIV (Owens / Lincare)
Persistent PaCOβ > 53 post-flare
AVAPS NIV
π Epworth Sleepiness Scale (ESS)
Score: 0/24
Rate chance of dozing (0 = would never, 1 = slight, 2 = moderate, 3 = high):
Arozullah Class II (1.8% Failure) β’ Canet Intermediate (13.3%)
Intraoperative 6 mL/kg Lung Protection
INTERMEDIATE
1 Planned Surgical Procedure
2 Patient Risk Factors
π Pre-Op Pulmonary Consultation Output
Solid Nodule 6β8 mm β’ High Risk
Fleischner 2024 Protocol: CT Chest at 6β12 months, then CT at 18β24 months
CT 6-12M
1 Nodule Morphology & Multiplicity
2 Size & Patient Risk
π Fleischner Society 2024 Management Recommendation
π Reference Library [1β40]
[1]
GOLD 2025/2026 Report: Global Strategy for Prevention, Diagnosis, and Management of COPD. Link β
[2]
GINA 2024β2026 Strategy: Global Strategy for Asthma Management and Prevention. Link β
[3]
IMPACT Trial (NEJM 2018): Once-daily single-inhaler triple therapy (FF/UMEC/VI) slashes moderate-to-severe exacerbations vs dual therapy and reduces all-cause mortality (NNT 105β147; HR 0.72 vs LABA/LAMA; P=0.011).
[4]
ETHOS Trial (NEJM 2020): Single-inhaler budesonide/glycopyrrolate/formoterol (BGF) MDI triple therapy cuts exacerbations by 24% and slashes all-cause mortality (NNT 110β140; HR 0.54 for high-dose ICS vs G/F; P=0.01).
[5]
BOREAS (NEJM 2023; PMID 37272521) & NOTUS (NEJM 2024; PMID 38767614): Dupilumab (Dupixent) 300 mg SC q2w in COPD with blood eosinophils ≥300 cells/μL and chronic bronchitis reduces annualized exacerbations by 30β34% and improves pre-BD FEV1 by +160 mL (P<0.001). Exac NNT: 2.7.
[6]
ENHANCE-1 & 2 Trials (AJRCCM 2023): Inhaled Ensifentrine 3 mg nebulized BID (first-in-class dual PDE3/PDE4 inhibitor) improves FEV1 AUC0β12h by +87 to +94 mL (P<0.001) and slashes exacerbations by 36β42% without gastrointestinal adverse effects. Exac NNT: 5β6.
[7]
REDUCE Trial (JAMA 2013): 5-day course of Prednisone 40 mg PO daily is strictly non-inferior to 14 days in acute exacerbations of COPD (hazard ratio 0.95; 90% CI 0.70β1.29), dramatically slashing cumulative glucocorticoid exposure without increasing relapse or rehospitalization.
[8]
FLAME Trial (NEJM 2016): Indacaterol/Glycopyrronium (LABA/LAMA) 110/50 mcg QD demonstrated superiority over Salmeterol/Fluticasone (LABA/ICS) 50/500 mcg BID in reducing annual exacerbations (11% reduction; P=0.003) and significantly lower incidence of pneumonia (3.2% vs 4.8%; P=0.017).
[9]
SYGMA 1 (PMID 29768149) & SYGMA 2 (PMID 29768147) (NEJM 2018): As-needed Budesonide-Formoterol 160/4.5 mcg reduces severe exacerbations by 64% vs SABA monotherapy with 75% lower median inhaled steroid exposure, establishing the foundation of GINA Track 1 AIR / SMART strategy.
[10]
LIBERTY ASTHMA QUEST Trial (NEJM 2018): Dupilumab (Dupixent) 200/300 mg SC q2w reduces severe exacerbations by 67% in patients with blood eosinophils ≥300 cells/μL and improves FEV1 by +240 mL (P<0.001). Exac NNT: 2.2.
[11]
LIBERTY ASTHMA VENTURE Trial (NEJM 2018): In oral glucocorticoid-dependent severe asthma, Dupilumab 300 mg SC q2w reduced maintenance OCS dose by 70.1% vs 41.9% for placebo (P<0.001); 48% completely ceased maintenance OCS while slashing exacerbations by 59%. OCS NNT: 3.
[12]
NAVIGATOR (PMID 33979488; NEJM 2021) & PATHWAY (PMID 28877011; NEJM 2017): Tezepelumab (Tezspire) 210 mg SC q4w (anti-TSLP) cuts annualized asthma exacerbations across all blood eosinophil counts and FeNO strata, including low-Th2/non-eosinophilic asthma (56% overall reduction; P<0.001).
[13]
MENSA (PMID 25199059; NEJM 2014) & SIRIUS (PMID 25199060; NEJM 2014): Mepolizumab (Nucala) 100 mg SC q4w (anti-IL-5) cuts exacerbations by 53% in severe eosinophilic asthma and reduces maintenance oral prednisone by 50% without loss of asthma control (P=0.007).
[14]
SIROCCO (PMID 27609408; Lancet 2016), CALIMA (PMID 27609406; Lancet 2016) & ZONDA (PMID 28530840; NEJM 2017): Benralizumab (Fasenra) 30 mg SC q8w (anti-IL-5Rα) slashes severe exacerbations by 51%, achieves 75% median reduction in maintenance OCS, and completely eliminates circulating eosinophils via direct ADCC.
[15]
INNOVATE (PMID 15679715; Allergy 2005) & EXTRA (PMID 21536936; Ann Intern Med 2011): Omalizumab (Xolair) SC q2-4w in severe allergic asthma with elevated serum IgE reduces clinically significant exacerbations by 25β26% and emergency visits by 44%.
[16]
Lipworth et al. (Allergy 2025): Comparative Network Meta-Analysis of Severe Asthma Biologics. Link β
[17]
PANTHEON Trial (Lancet Respir Med 2014; 2:187β194): Twice-daily High-Dose N-Acetylcysteine (NAC 600 mg PO BID; 1200 mg/d) reduces annual exacerbations by 22% in moderate-to-severe COPD (RR 0.78; 95% CI 0.67β0.90; P=0.0011). Exac NNT: 7.4. PMID 24621680 β
[18]
PEACE Trial (Lancet 2008): Carbocisteine 500 mg PO TID reduces COPD exacerbation rate by 24.5%. Exac NNT: 6. Link β
[19]
RESTORE Trial (Eur Respir J 2017; 50:1700711): Erdosteine 300 mg PO BID reduces annual exacerbations by 19.4% (P=0.01) and shortens mean flare duration by 2.4 days in moderate-to-severe COPD. Exac NNT: 7. PMID 29025888 β
[20]
Plant et al. NIV Trial (Lancet 2000; 355:1931β1935): Ward-based non-invasive ventilation (NIV) in acute COPD exacerbations with respiratory acidosis (pH 7.25β7.35) slashed in-hospital mortality from 20% down to 10% (NNT = 10; P=0.05) and intubation from 31% to 15% (NNT = 6; P=0.005). PMID 10859037 β
HOT-HMV Trial (JAMA 2017): Home oxygen therapy + nocturnal NIV in persistent hypercapnia post-COPD flare reduces 12-month readmission or death (HR 0.49). Readmission/Death NNT: 6. Link β
[23]
KΓΆhnlein et al. (Lancet RM 2014): High-intensity NIV targeting normocapnia in chronic stable hypercapnic COPD slashes 1-year mortality (12% vs 33%; HR 0.24). 1-Year All-Cause Mortality NNT: 5. Link β
[24]
PICKWICK Trial (Am J Respir Crit Care Med 2015; 192:86β95; PMID 25915102 & Chest 2020; 158:1176β1186; PMID 32343963): In Obesity Hypoventilation Syndrome (OHS), positive airway pressure (CPAP or BiPAP NIV) reverses daytime hypercapnia, improves lung function (FVC/FEV1), and decreases pulmonary arterial pressure. PMID 25915102 β
[25]
NLST Trial (NEJM 2011): National Lung Screening Trial proves annual Low-Dose CT (LDCT) reduces lung cancer mortality by 20.0% and all-cause mortality by 6.7%. Lung Cancer Mortality NNT: 250β320. Link β
[26]
NELSON Trial (NEJM 2020): Volumetric Low-Dose CT screening slashes 10-year lung cancer mortality by 24% in men and 33% in women. 10-Year Mortality NNT: 95β130. Link β
[27]
Arozullah Multifactorial Index (Ann Intern Med 2000): Validated risk index for postoperative respiratory failure (Class I: 0.5%, Class II: 1.8%, Class III: 4.2%, Class IV: 10.0%). Link β
[28]
ARISCAT Risk Index / Canet et al. (Anesthesiology 2010; 113:1338β1348): Prospective 7-variable risk score predicting postoperative pulmonary complications (PPCs) across non-cardiothoracic surgery. High risk (≥45 points) carries 42.1% complication rate. PMID 21045639 β
[29]
IMPROVE Trial (NEJM 2013): Intraoperative lung-protective ventilation (low tidal volume 6β8 mL/kg ideal body weight + PEEP 6β8 cmH2O) in abdominal/bariatric surgery slashes pulmonary complications by 62%. PPC NNT: 6. Link β
[30]
ASCEND Trial (NEJM 2014): Pirfenidone (Esbriet) 801 mg TID in Idiopathic Pulmonary Fibrosis reduces ≥10% FVC decline or death by 47.9% (NNT: 6) and 1-year mortality by 48% (Mortality NNT: 29). Link β
[31]
INPULSIS-1 & 2 Trials (NEJM 2014): Nintedanib (Ofev) 150 mg BID in IPF reduces annual FVC decline by ~50% (-114.7 vs -239.9 mL/yr). FVC Preservation NNT: 3.2. Link β
[32]
INBUILD Trial (NEJM 2019): Nintedanib 150 mg BID in Progressive Fibrosing Interstitial Lung Diseases slows FVC decline by 57% (-80.8 vs -187.8 mL/yr). NNT: 3β4. Link β
[33]
SENSCIS Trial (NEJM 2019): Nintedanib 150 mg BID in Systemic Sclerosis-Associated ILD reduces annual rate of FVC loss by 44%. Link β
[34]
CONVERT Trial (AJRCCM 2018): Amikacin Liposome Inhalation Suspension (Arikayce) added to guideline-based therapy in refractory MAC lung disease triples sputum culture conversion (29.0% vs 8.9%). Conversion NNT: 5. Link β
[35]
PREVENT TB / Sterling et al. (NEJM 2011): 12-week once-weekly Rifapentine + Isoniazid (3HP) for Latent TB Infection is non-inferior to 9m daily INH with higher completion (NNT: 8) and 85% lower hepatotoxicity. Link β
[36]
IDSA Coccidioidomycosis Guideline (Clin Infect Dis 2016): Fluconazole 400 mg daily first-line therapy and complement fixation (CF) serologic monitoring for Valley Fever. Link β
[37]
SERAPHIN Trial (NEJM 2013): Macitentan 10 mg QD reduces morbidity and mortality in Pulmonary Arterial Hypertension by 45% (HR 0.55). Morbidity/Mortality NNT: 6. Link β
[38]
AMBITION Trial (NEJM 2015): Upfront combination Ambrisentan + Tadalafil vs monotherapy in PAH reduces clinical failure events by 50% (HR 0.50). Clinical Failure NNT: 8. Link β
RAPID Trial (Lancet 2015): Weekly IV Alpha-1 Proteinase Inhibitor augmentation (60 mg/kg) slows CT lung density decline by 34% in severe AAT deficiency. Link β
π Generated EHR Clinical Note
This clinical summary has been generated based on your active selections and automatically copied to your clipboard. You can paste it directly into Epic, Cerner, or any EHR with Cmd + V / Ctrl + V, or review, edit, and copy it below:
β Copied to clipboard!
π Athena EHR Pulmonary Clinic Note (v3.0 Pulm Suite)
Persistent < 0.70 PLUS marked reversibility (>12% & >400 mL)
Biomarkers
Neutrophilic; BEC ≥300 in 20β30%
High FeNO (>25β50 ppb), high BEC/IgE
Elevated BEC (≥300) and/or elevated FeNO
Golden Treatment Rule
Core: LABA + LAMA
Core: ICS-Formoterol (MART)
MUST receive ICS backbone (LABA+ICS or Triple LABA+LAMA+ICS; never LABA/LAMA alone)
COPD Mandate (GOLD Evidence A): Chronic maintenance oral steroids have NO role in stable COPD. Restrict systemic steroids to acute flares (Prednisone 40 mg x 5 days or clinic 12-day taper). Asthma Mandate (GINA): Cumulative exposure >0.5β1.0 g/yr causes cataracts, osteoporosis, and adrenal suppression. Replace maintenance OCS with targeted biologics (Dupilumab [VENTURE], Benralizumab [ZONDA], Mepolizumab [SIRIUS]).
Adrenal Weaning Protocol (Post-Biologic Initiation):
β’ >10 mg/d Prednisone: Reduce by 2.5β5 mg every 1β2 weeks.
β’ 10 mg to 5 mg/d: Reduce by 1β2.5 mg every 2 weeks.
β’ ≤5 mg/d Physiological Window: Check 8:00 AM morning serum cortisol before dose:
β’ Cortisol >15 µg/dL: Intact HPA axis; safely discontinue OCS.
β’ Cortisol 3β15 µg/dL: Perform cosyntropin stimulation test.
β’ Cortisol <3 µg/dL: Adrenal suppression; switch to Hydrocortisone 10β15 mg AM + 5 mg PM and recheck in 3 months.
Dr. Bagga Clinic Refill & Administrative Policies:
β’ Compliant Patients: Refill maintenance inhalers for 3 to 6 months (verify inhalers are documented in both Subjective and Plan).
β’ Missed Visits / No-Shows: Refill rescue inhaler for 30 days only and schedule in-office visit in 3β4 weeks.
β’ Strict Rule: NEVER refill or alter oral corticosteroids or antibiotics without Dr. Bagga's express authorization.
β’ PG&E Medical Baseline Forms: Prioritize completion for established patients on Nebulizer, CPAP, BiPAP, Trilogy/LUISA NIV, or Oβ concentrator.
β’ FMLA / Disability / Home Health: Redirect FMLA/Disability to PCP. Home Health is NOT ordered (single exception: established IV Prolastin infusion patient).
Exact word-for-word DME qualification paragraphs, order phrases, and recipes from Dr. Bagga's clinic binder. Tap any button to copy directly to your clipboard:
Start NIV therapy; patient has chronic respiratory failure secondary to COPD requiring a non-invasive ventilator. BiPAP has been tried and failed as it does not adequately ventilate the patient nor does it adequately reduce patient\'s CO2 level nor does it offer high flow oxygen therapy which is pertinent to the patient staying out of the hospital. Patient\'s mortality is severely at risk if they do not receive NIV.
Owens DME - LUISA Home Ventilator (24/7 Oxygen + Hypoxemia)
Start LUISA device; patient has chronic respiratory failure secondary to COPD requiring a non-invasive ventilator. NIPPV and BiPAP has been tried and failed during inpatient stay and was found that it does not adequately ventilate the patient nor does it adequately reduce patient\'s CO2 level nor does it offer high flow oxygen therapy which is pertinent to the patient staying out of the hospital. PCO2 remains high on BIPAP. Patient\'s mortality is severely at risk if they do not continue using the LUISA device.
Patient has chronic obstructive pulmonary disease and chronic respiratory failure as a result of COPD. CPAP and BIPAP have been considered and ruled out due to the need for auto backup rate specific to ventilations. I am prescribing patient a noninvasive ventilator for chronic respiratory failure and severe chronic obstructive pulmonary disease. Patient requires this to decrease work of breathing, improve pulmonary status and prevent interruption of respiratory support, which could lead to additional hospital readmissions and serious harm to the patient.
Start vest therapy; manual chest physiotherapy has been insufficient to clear secretions, flutter device has been ineffective due to insufficient expiratory force, patient has had productive daily cough x 6+ months, and 3+ exacerbations in the last one year requiring multiple courses of antibiotic therapy with very little response.
Medicare Group II Home Oxygen Qualification (SpO2 89%)
Patient has severe chronic respiratory impairment secondary to COPD/Chronic Bronchitis with documented trial of optimal inhaled anticholinergic/bronchodilator therapy. Qualifies for home oxygen therapy under Medicare Group II criteria (SpO2 89% with pulmonary hypertension / cor pulmonale / congestive heart failure). Prescribe nocturnal oxygen concentrator at 2 LPM via nasal cannula to maintain SpO2 >= 90%.
Severe OSA - BiPAP Medical Necessity (22/17 cmH2O)
Start BiPAP 22/17 cm H2O; patient has severe obstructive sleep apnea and hypoxemia and has failed CPAP therapy. Requires BiPAP as a medical necessity due to persistent nocturnal desaturations and severe obstructive airway collapse.
Manual Wheelchair Letter of Medical Necessity
Patient has severe mobility limitations due to COPD, chronic respiratory failure with exertional hypoxemia, and interstitial pulmonary fibrosis that significantly impairs patient's ability to participate in mobility-related activities of daily living (MRADLs) at home. Patient's mobility limitations cannot be sufficiently resolved by use of an appropriately fitted cane or walker. Use of a manual wheelchair will significantly improve patient's ability to participate in activities of daily living and patient will use it on a regular basis at home. Patient has a caregiver who is available, willing, and able to provide assistance with wheelchair operations.
Bariatric Surgery Pre-Op Risk Evaluation (Arozullah & Canet)
Preoperative risk stratification for bariatric surgery: Based on Arozullah index, patient is Class II (1.8% risk of post-op respiratory failure). Based on Canet index, patient is intermediate risk (13.3% risk of postoperative pulmonary complications such as atelectasis or pneumonia). Recommend use of 6 mL/kg ideal body weight tidal volume intraoperatively to minimize atelectasis (Futier et al. NEJM 2013, PMID 23902482). Recommend extubation to noninvasive positive pressure ventilation (NIPPV/BiPAP), DuoNeb nebulizer QID, early post-op ambulation, and incentive spirometry. Obesity Class III: Tolerating reasonably well; candidate for surgical intervention.
Low Risk Pre-Op Pulmonary Clearance
Low risk for respiratory failure with planned procedure. Arozullah Class I (0.5% risk of respiratory failure); Canet Index Low Risk (1.6% complication rate). Plan: Inhaled DuoNeb QID, extubate to room air or NIPPV as needed, early post-op ambulation, incentive spirometry, and intraoperative lung-protective ventilation (6-8 mL/kg PBW).
High Risk Pre-Op (Spinal Anesthesia Recommendation)
Recommend spinal or regional anesthesia for all surgical procedures requiring anesthetics, as patient is HIGH risk for acute post-operative respiratory failure and prolonged mechanical ventilation under general endotracheal anesthesia. If general anesthesia unavoidable, maintain intraoperative lung protection (6 mL/kg IBW) and extubate directly to continuous positive airway pressure / BiPAP in PACU.
Full 40 mg Acute Prednisone Taper (#30 Tabs of 10mg)
Prednisone 10 mg tablets (#30): Take 40 mg (4 tabs) PO daily in morning x 3 days, then 30 mg (3 tabs) PO daily x 3 days, then 20 mg (2 tabs) PO daily x 3 days, then 10 mg (1 tab) PO daily x 3 days, then discontinue. Discussed steroid risks (hyperglycemia, insomnia, fluid retention, gastritis).
Prednisone 10 mg tablets (#10): Take 10 mg PO daily in morning x 7 days, then take 10 mg every other day x 7 days (take day 8, skip day 9, take day 10, skip day 11...), then discontinue.
Magic Mouthwash Compounding Prescription
Compounded Magic Mouthwash: Maalox 200 mL + Lidocaine 2% Viscous 100 mL + Diphenhydramine (Benadryl) 12.5 mg/5 mL elixir 200 mL (Total volume 500 mL). Sig: Shake well. Swish and spit (or swish and swallow) 15β30 mL PO every 4 hours as needed for oral mucositis/aphthous ulcers. #1 bottle.
MRSA Decolonization Protocol: (1) Bleach baths: Add 1/4 to 1/2 cup household bleach to a full standard bathtub (~40 gallons) of warm water; soak for 5β10 minutes twice weekly. (2) Mupirocin 2% nasal ointment: Apply small amount inside both anterior nares BID x 10 days. (3) Bactrim DS 1 tab PO BID x 7-10 days if systemic coverage indicated.
Alpha-1 Antitrypsin deficiency counseling: Discussed strict avoidance of respiratory irritants, especially all tobacco smoke and toxic fumes. Counseled on testing for first-degree relatives and spouse. Emphasized complete avoidance of heavy alcohol use. Completed full baseline PFTs with DLCO and ordered baseline non-contrast CT Chest. Patient informed that expected survival is favorable with proactive lifestyle and adherence.
Valley Fever (Coccidioidomycosis) Treatment Plan
Coccidioidomycosis: Initiating Fluconazole 200 mg PO BID (400 mg/day). Repeat Coccidioides complement fixation (CF) titer and liver enzymes in 1 month. Follow-up non-contrast CT Chest in 3 months to assess for infiltrate resolution.
Begin guideline-directed 3-drug MAC regimen for minimum 18 months: Azithromycin 500 mg PO 3x/week (M/W/F), Ethambutol 1200 mg PO 3x/week, and Rifampin 600 mg PO 3x/week. Baseline visual acuity & color vision testing (Ishihara) ordered. Sputum AFB cultures and liver function panel monthly.