Midwife Licensure Exam Fundamentals of Care & the Health-Care Process — Medication Administration & Dosage CalculationConcept Map
For visual learners attacking the Midwife Licensure Exam 2026, a Medication Administration & Dosage Calculation concept map is usually worth more than ten pages of linear notes. PRC builds many Medication Administration & Dosage Calculation items around the same handful of relationships — spot them on a map and you recognise them at a glance in the Fundamentals of Care & the Health-Care Process paper.
Exam context
For the Midwife Licensure Examination, Professional Regulation Commission (PRC) — Board of Midwifery tests Fundamentals of Care & the Health-Care Process under a "Core" label, with Medication Administration & Dosage Calculation in the 6th slot across 8 chapters. Midwife Licensure Exam candidates must clear the 75% weighted average cut on the 2026 paper, which draws about a meaningful share of Fundamentals of Care & the Health-Care Process questions. Date to watch: April and November 2026 (expected).
Medication Administration & Dosage Calculation - Concept Map
Central Concept
Safe Medication Administration & Accurate Dosage Calculation
Related Concepts
Concept
Pharmacology Fundamentals
Sub Concepts
- Pharmacokinetics (absorption, distribution, metabolism, excretion)
- Pharmacodynamics (mechanism of action, therapeutic effects)
- Onset, peak, duration
- Half-life and drug accumulation
- Side effects vs adverse effects vs allergic reactions
Relationship To Central
Theoretical foundation for understanding drug behavior and safe administration
Concept
Routes of Administration
Sub Concepts
- Oral (PO) - sublingual, buccal
- Topical/transdermal
- Inhalation
- Instillation (eye, ear, nose)
- Rectal/vaginal
- Parenteral - ID, SC, IM, IV
- Route selection based on patient assessment
Relationship To Central
Determines how medication is delivered and affects onset, peak, duration
Concept
The Ten Rights of Medication Administration
Sub Concepts
- Right patient (two identifiers)
- Right drug
- Right dose
- Right route
- Right time/frequency
- Right documentation (after administration)
- Right reason/indication
- Right assessment (pre-administration)
- Right response/evaluation
- Right to refuse
Relationship To Central
Core safety framework mandated by RA 9173 and nursing standards
Concept
Dosage Calculation & Unit Conversions
Sub Concepts
- Basic formula: D/H × Q
- Weight-based dosing (mg/kg)
- Unit conversions (g, mg, mcg, kg, lb, mL, L, tsp, tbsp, oz)
- IV flow rate calculations (mL/hr, gtt/min)
- Drop factor considerations (macrodrip, microdrip)
- Safe dose range verification
Relationship To Central
Essential clinical skill for preventing medication errors and ensuring therapeutic effectiveness
Concept
Injection Techniques & Site Selection
Sub Concepts
- Intradermal (ID): 10-15° angle, 0.1 mL, bleb formation
- Subcutaneous (SC): 45-90° angle, ≤1 mL, site rotation, no aspiration for anticoagulants
- Intramuscular (IM): 90° angle, 3 mL max, ventrogluteal preferred for adults, Z-track for irritants
- Intravenous (IV): immediate onset, highest risk
- Site complications: infiltration, phlebitis, extravasation
Relationship To Central
Proper technique minimizes tissue damage, ensures absorption, and prevents complications
Concept
IV Therapy Fundamentals
Sub Concepts
- Fluid types: isotonic, hypotonic, hypertonic
- IV access and catheter management
- Compatibility assessment before mixing/co-infusing
- Monitoring for complications
- Fluid balance assessment
- Aseptic technique and infection prevention
Relationship To Central
Critical component of medication delivery requiring specialized knowledge and monitoring
Concept
High-Alert Medications
Sub Concepts
- Insulin - use insulin syringes, clear before cloudy, site rotation, glucose monitoring
- Anticoagulants (heparin, enoxaparin, warfarin) - monitoring, antidotes, no aspiration/massage
- Opioids - respiratory assessment before administration, naloxone antidote
- KCl - never IV push undiluted, always dilute and use pump
- Chemotherapy and neuromuscular blockers
- Concentrated electrolytes
Relationship To Central
Require independent double-checks and heightened vigilance per patient safety protocols
Concept
Error Prevention & Safe Practice
Sub Concepts
- Three checks of medication label
- Verification of patient allergies
- Questioning unclear or unusual orders
- Use of leading zeros, avoid trailing zeros
- Avoiding unsafe abbreviations
- Incident reporting and documentation
- Stop and recheck if patient questions medication
Relationship To Central
Directly addresses patient safety obligations under RA 9173 nursing practice standards
Concept
Special Populations
Sub Concepts
- Pediatrics - weight-based dosing, small volumes, double-check calculations
- Older adults - reduced hepatic/renal clearance, polypharmacy considerations, start low go slow
- Pregnancy/lactation - drug safety categories, breast milk transfer
- Renal/hepatic impairment - altered pharmacokinetics
Relationship To Central
Requires dose adjustments and modified administration techniques for safety
Concept
Assessment & Documentation
Sub Concepts
- Pre-administration assessment (vital signs, relevant parameters)
- Post-administration monitoring (onset, peak, duration, effects)
- Adverse reaction assessment
- Documentation immediately after administration
- Evaluation of therapeutic response
- Patient and family teaching
Relationship To Central
Integral to the nursing process for evaluating therapeutic outcomes and ensuring accountability
Concept Connections
To
Routes of Administration
From
Pharmacology Fundamentals
Strength
strong
Relationship
Pharmacokinetic principles determine which routes achieve optimal absorption and distribution for different drugs
To
Injection Techniques & Site Selection
From
Routes of Administration
Strength
strong
Relationship
Each parenteral route (ID, SC, IM, IV) requires specific angle, volume, and site selection to ensure safe administration and therapeutic effectiveness
To
Dosage Calculation & Unit Conversions
From
The Ten Rights of Medication Administration
Strength
strong
Relationship
Right dose verification requires accurate calculations and unit conversions to prevent dosing errors
To
Error Prevention & Safe Practice
From
Dosage Calculation & Unit Conversions
Strength
strong
Relationship
Careful calculation combined with the three-check system prevents medication errors at the point of administration
To
High-Alert Medications
From
IV Therapy Fundamentals
Strength
strong
Relationship
Many high-alert medications are administered IV, requiring special monitoring of flow rates, compatibility, and complications
To
Assessment & Documentation
From
High-Alert Medications
Strength
strong
Relationship
High-alert drugs require enhanced pre-administration assessment and detailed post-administration monitoring and documentation
To
Dosage Calculation & Unit Conversions
From
Special Populations
Strength
strong
Relationship
Pediatric and geriatric patients require weight-based dosing and dose adjustments; special populations need modified calculations
To
The Ten Rights of Medication Administration
From
Error Prevention & Safe Practice
Strength
strong
Relationship
The ten rights framework is the foundation of error prevention strategies in medication administration
To
The Ten Rights of Medication Administration
From
Assessment & Documentation
Strength
strong
Relationship
Assessment is right #8 (pre-administration parameters) and documentation is right #6 (charting after administration); both are critical rights
To
Pharmacology Fundamentals
From
IV Therapy Fundamentals
Strength
moderate
Relationship
IV fluid osmolality and composition directly affect drug distribution and cellular fluid balance based on pharmacokinetic principles
To
Pharmacology Fundamentals
From
Routes of Administration
Strength
strong
Relationship
Route selection affects onset, peak, and duration of drug effects through differential absorption and distribution
To
High-Alert Medications
From
Special Populations
Strength
moderate
Relationship
Pediatric and older adult patients require special monitoring and dose adjustments for high-alert medications due to altered metabolism
To
Assessment & Documentation
From
Injection Techniques & Site Selection
Strength
moderate
Relationship
Proper injection technique prevents complications that must be documented; site assessment is part of pre and post-administration evaluation
To
IV Therapy Fundamentals
From
Dosage Calculation & Unit Conversions
Strength
strong
Relationship
IV flow rate calculations determine mL/hr and gtt/min; accurate calculation ensures correct drug delivery
To
Error Prevention & Safe Practice
From
IV Therapy Fundamentals
Strength
strong
Relationship
IV therapy complications require vigilant monitoring and proper assessment per safety protocols; many high-risk errors occur with IV administration
To
Special Populations
From
Pharmacology Fundamentals
Strength
moderate
Relationship
Understanding pharmacokinetic changes in pediatric and older adult populations guides dose adjustments and monitoring strategies
To
Assessment & Documentation
From
Error Prevention & Safe Practice
Strength
strong
Relationship
Preventing errors requires proper assessment before administration and accurate, timely documentation after administration
To
Assessment & Documentation
From
The Ten Rights of Medication Administration
Strength
strong
Relationship
Assessment (#8) and documentation (#6) are integral rights; evaluation of therapeutic response and monitoring are documentation requirements
To
Error Prevention & Safe Practice
From
High-Alert Medications
Strength
strong
Relationship
High-alert medications require double verification, enhanced monitoring, and knowledge of antidotes as key error prevention strategies
To
Special Populations
From
Routes of Administration
Strength
moderate
Relationship
Some routes are preferred in certain populations (e.g., vastus lateralis IM for infants; modified IV techniques for older adults)
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