Video summary

SEMINAR NASIONAL KEFARMASIAN 2026

Main summary

Key takeaways

Educational

Main ideas / lessons conveyed

  • Purpose of the seminar: Highlighted the urgent global and national health challenge of antibiotic resistance and the role of pharmacists in preventing and overcoming it.
  • Why antibiotic resistance happens:
    • Resistance occurs when microorganisms survive at therapeutic antibiotic doses, reducing antibiotic effectiveness, increasing disease spread, and leading to severe outcomes.
    • Resistance is worsened by misuse and inappropriate use of antibiotics, such as:
      • wrong indication
      • wrong drug
      • wrong dose/route/duration
      • failure to reassess
    • Antibiotic exposure shapes resistance over time, affecting not only individuals but also the environment and community transmission.
  • Pharmacists’ responsibilities:
    • Pharmacists are not only dispensers; they educate and participate in stewardship teams.
    • They support rational drug use, monitor therapy, prevent drug interactions and errors, and help ensure appropriate antibiotic selection and duration.
  • National strategy / framework for tackling AMR:
    • Includes awareness/education, preventive measures, access to health services, timely and accurate diagnosis, and proper treatment with guaranteed quality.
    • Emphasizes antimicrobial stewardship and the need for multidisciplinary collaboration.
  • Hospital program structures:
    • Hospitals use antibiotic stewardship structures such as ASP / antimicrobial stewardship programs and PPRA-type antibiotic control committee concepts (as described).
    • Surveillance tracks antibiotic use patterns (qualitative/quantitative) to guide interventions.
  • Global urgency and impact:
    • AMR leads to higher mortality, harder-to-treat infections, more complications, and major economic losses.
    • Indonesia-specific risks were mentioned, including:
      • higher mortality risks in certain resistant TB contexts
      • rising resistance trends (e.g., E. coli/pneumonia relationships)
  • “Smart antibiotic use” principles (education + reassessment loop):
    • Proper antibiotic use is a continuous “journey” of decisions, not a one-time prescription.

Methodology / instruction-like content

A) Event agenda and procedural steps (seminar flow)

  • Opening:
    • Read Basmalah (“Bismillahirrahmanirrahim”)
    • Sing Indonesia Raya
    • Sing the Poltekes Hymn and Mars
  • Sponsor screening
  • Display campus profiles
  • Read procedural rules
  • Group photo session
  • Welcome speeches
  • Presentation of material, followed by:
    • Q&A session
    • Quiz session(s)
    • Final closing

B) Rules of procedure for seminar participants (virtual/Zoom)

  • Prepare:
    • Ensure stable internet connection and a working device
  • Identity & conduct:
    • Use the required name format as your Zoom identity
    • Dress neatly and politely
    • Use the prepared virtual background
    • Complete required links: attendance, opening, closing
  • During the event:
    • Keep camera on during the seminar (activate it if not already)
    • Turn off microphone unless the MC/moderator requests otherwise
    • Maintain smooth participation until the event ends
  • Group photo:
    • Turn camera on when instructed and follow the countdown

C) Antibiotic stewardship / “smart antibiotic use” methodology (content instructions)

Smart antibiotic use is described as a loop combining “right” elements and reassessment.

  • Right Indication
    • Give antibiotics only when there is evidence/suspicion of bacterial infection
    • Fever alone is not always bacterial—reassess diagnosis
  • Right Drug
    • Select an antibiotic appropriate to the likely/confirmed pathogen and local policies
    • Avoid inappropriate choices (e.g., use a narrower spectrum when appropriate)
  • Right Dose
    • Dose must match patient factors (kidney/liver function, pregnancy status, age/frailty, etc.)
    • Under/overdosing increases risk of failure, toxicity, and resistance
  • Right Route
    • Use the correct route (e.g., consider switching from IV to oral when appropriate)
  • Right Duration
    • Provide the correct length of therapy; avoid unnecessary excess
  • Right Timing / Interval
    • Administer at the correct intervals (timing deviations can contribute to failure/resistance)
  • Reassess (core loop step)
    • Reassess if the patient improves, worsens, or stagnates
    • Use culture results when available to shift from empirical to definitive therapy
    • If improved and criteria are met, adjust (possibly step down) and eventually stop antibiotics

D) Antibiotic therapy decision approach (empirical → definitive)

  • Diagnose infection using appropriate indicators/tools.
  • Empirical therapy
    • Used before culture results are available, guided by clinical signs
    • Emphasized: empirical antibiotics can fail or drive resistance if incorrect
  • Definitive therapy
    • After culture/susceptibility results, switch to the targeted antibiotic regimen

E) Prophylactic antibiotic principles (as described)

  • Prophylactic antibiotics are given in relation to surgical procedures (before/around surgery).
  • Selection depends on:
    • procedure type
    • patient factors (including allergies)
  • Administration windows include timing “before surgery” and repeated dosing rules depending on procedure duration/conditions.
  • Example themes:
    • prefer correct generation/spectrum for prophylaxis when appropriate
    • adjust for allergies and the expected contamination level

F) Surveillance and evaluation (PPRA/AMR control concepts)

  • Qualitative vs quantitative surveillance:
    • Quantitative: calculate using antibiotic use values and denominators (e.g., hospital patient stay/number of inpatients)
    • Qualitative: assess appropriateness to identify issues (correct regimen, spectrum, dose, indication, etc.)
  • Interventions are based on surveillance priorities:
    • start with highest-importance areas (e.g., surgeries), then expand to other settings
  • Evaluation outcomes:
    • track compliance and reasons for non-compliance
    • use findings to update and improve future stewardship policies

Speakers / sources featured (identified)

  1. Pharmacist Hanita Kristianari, SF, MF — Head of the D3 Pharmacy Study Program (opening remarks)
  2. Berlia Nur Azahra — MC
  3. Ms. Berlian — MC referenced during reminders/flow (same role as Berlia Nur Azahra)
  4. Mr. Dr. Ana Samat Hidayat, SKM, MKes — Director mentioned; welcomed in official remarks
  5. Natas Linta Widowo — Chair of the committee (welcome remarks)
  6. Pharmacist Idulhat(d) Tilalah, SFAM, M.Ph — Moderator (includes CV reading)
  7. Pharmacist Nadya Saptarina — First resource person; Master of Pharmacy Certified Trainer
  8. Pharmacist Hanifah Iksan Septor Rini — Second resource person; works at UGM Academic Hospital (Master’s-level presenter)
  9. Ms. Ratih Purwanti, S.Si., M.S. — Assistant Director 1 (addressed in speeches)
  10. Ms. Harpeni Siswati Budi, SPSI, MPH — Assistant Director 2 (addressed in speeches)
  11. Pharmacist Darog Hernawan, M.Sc. — Assistant Director 3 (addressed in speeches)
  12. Francis Nubanara — participant asking a question in Q&A
  13. Victoria Nilanem — participant asking a question in Q&A
  14. Dita Linia Putri — participant asking a question in Q&A
  15. Hikmah — participant answering a quiz question
  16. Maria Donda — quiz participant answerer
  17. Eva Dian Lestari — quiz participant answerer
  18. Famelia — quiz participant answerer
  19. Andin — quiz participant from East Nusa Tenggara (likely “Andini” per transcript)
  20. MC “Indrahatul Bilala, SFAM, M.Ph” — moderator role handed back at the end

Sponsors mentioned (credited in opening)

  • Sehat 42 drug figure
  • Sumber Sehat Pharmacy
  • Hu Dental Care Clinic
  • W Almade Photocopy
  • Engels Pharmacy

Organizations / program concepts referenced (sources in content)

  • WHO (World Health Organization) antibiotic surveillance/usage calculation and framework references
  • National AMR strategy pillars (Indonesia Ministry of Health mentioned)
  • ASP (Antimicrobial Stewardship Program concept)
  • PPRA / antibiotic control committee concept (as described in the talk)
  • RESISTANCE/AMR concepts and study examples (multiple international studies referenced)

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