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Mechanical Ventilation in Drawings: Read the Vent in 5 Steps, Same Order Every Time One Vent Topic on Every Page

Tidal volume, PEEP, FiO2, A/C, SIMV, pressure support, waveforms, peak vs. plateau, alarms and ABGs. Every topic gets its own page: first the drawing, then what you need to remember. 68 illustrated pages.

I WANT TO READ THE VENT IN 5 STEPS

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Every topic, its own pageEach setting, mode and curve drawn, with the explanation right beside it
68 illustrated pages9 parts, from why a patient ends up on the vent to review and practice
Up-to-date sourcesAARC Clinical Practice Guidelines and the NIH NHLBI ARDSNet protocol
PDF by emailFormat

Look Inside the Book

Every page has one big drawing and a box with the numbers and steps you need to know:

V̇E = VT × rate: 500 × 12 and 250 × 24 both give 6 L/min, not the same alveolar air
V̇E = VT × rate: 500 × 12 and 250 × 24 both give 6 L/min, not the same alveolar air
PBW = 50 (men) or 45.5 (women) + 2.3 × (inches − 60), then 6–8 mL/kg
PBW = 50 (men) or 45.5 (women) + 2.3 × (inches − 60), then 6–8 mL/kg
Two questions decode any mode: what's controlled, and who starts and ends the breath.
Two questions decode any mode: what's controlled, and who starts and ends the breath.
Pressure control: square pressure, decelerating flow, and a volume that changes with compliance.
Pressure control: square pressure, decelerating flow, and a volume that changes with compliance.
PIP = PEEP + lung stretch + airway resistance, drawn as one stacked column
PIP = PEEP + lung stretch + airway resistance, drawn as one stacked column
Settings → mode → curves → peak vs. plateau → alarm: one question per step.
Settings → mode → curves → peak vs. plateau → alarm: one question per step.
pH 7.35–7.45 · PaCO2 35–45 · HCO3 22–26 · PaO2 80–100 mm Hg · SaO2 95–100%
pH 7.35–7.45 · PaCO2 35–45 · HCO3 22–26 · PaO2 80–100 mm Hg · SaO2 95–100%
VT 6 mL/kg PBW · Pplat ≤ 30 cm H2O · PEEP from the ARDSNet table
VT 6 mL/kg PBW · Pplat ≤ 30 cm H2O · PEEP from the ARDSNet table

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These are real pages from the book. The table of contents is the full one: 9 parts and 64 topics.

The Problem Isn't You. It's How It Was Explained to You.

You're standing at the vent and the screen says PC-SIMV with PS. The intensivist asks what the patient is actually getting.

Your manual gives every mode its own long section and its own acronyms. Nobody gave you one way to decode all of them, so A/C, SIMV and pressure support blur together by the next shift.

Two questions decode any mode: what's controlled, and who starts and ends the breath.

In the book, reading a mode name is one page: two questions, drawn. What's controlled, volume or pressure? And who starts and ends the breath, the patient or the vent? Every mode on the screen answers those two.

Tidal volume from height, the three curves on the screen, peak inspiratory pressure, the screen method and ABG normal values work the same way: each one has its own page.

You read the mode name, you know what the vent is doing, and you answer without going back to the manual.

COMPARE FOR YOURSELF

Same Topic, Two Ways to Study It

THIS
  • The manual: line after line
  • Tidal volume formulas explained only in words
  • You get to the bedside still unsure
Initial tidal volume selection in volume-targeted ventilation should be referenced to predicted body weight (PBW) rather than actual body weight, since lung volumes correlate with height and sex rather than total body mass. PBW is calculated for males as 50 plus 2.3 multiplied by the number of inches of height exceeding 60, and for females as 45.5 plus 2.3 multiplied by the same value, after which a target of 6 to 8 mL/kg PBW is generally applied, subject to later adjustment based on plateau pressure and arterial blood gases.
FOR THIS
  • Tidal volume from height, in one drawing
  • The PBW numbers in one box
  • You see it and you get it
PBW = 50 (men) or 45.5 (women) + 2.3 × (inches − 60), then 6–8 mL/kg
CONTENTS

Take a Look at the 9 Parts and 64 Topics

The basics, the settings, the modes, waveforms, peak vs. plateau, alarms and the screen method, ABGs on the vent, special situations and weaning, and review and practice: 68 pages, all illustrated.

IThe Basics · pp. 5-11
  1. Why a Patient Ends Up on the Vent
  2. Negative vs. Positive Pressure Breathing
  3. The Circuit, Drawn End to End
  4. The ET Tube and Its Cuff
  5. Compliance and Resistance
  6. Minute Ventilation and Dead Space
  7. Two Jobs, Two Sets of Knobs
IIThe Settings · pp. 12-19
  1. Tidal Volume Starts With Height, Not Weight
  2. Respiratory Rate
  3. FiO2
  4. PEEP
  5. I:E Ratio and Inspiratory Time
  6. Peak Flow and Flow Pattern
  7. Trigger Sensitivity
  8. The Initial Settings Card
IIIThe Modes · pp. 20-28
  1. How to Read a Mode Name
  2. Volume Control vs. Pressure Control
  3. Assist/Control (A/C)
  4. Pressure Control (PC-A/C)
  5. SIMV
  6. Pressure Support
  7. CPAP
  8. Adaptive Modes and APRV
  9. A/C vs. SIMV vs. PS vs. CPAP
IVWaveforms · pp. 29-36
  1. The Three Curves on the Screen
  2. What Volume Control Looks Like
  3. What Pressure Control Looks Like
  4. The Trigger Dip
  5. Expiratory Flow That Doesn't Return to Zero
  6. Patient–Vent Asynchrony
  7. Leaks on the Volume Curve
  8. Pressure–Volume and Flow–Volume Loops
VPeak vs. Plateau · pp. 37-42
  1. Peak Inspiratory Pressure
  2. Plateau Pressure and the Inspiratory Hold
  3. Driving Pressure
  4. Peak Up, Plateau the Same
  5. Peak and Plateau Both Up
  6. Auto-PEEP and the Expiratory Hold
VIAlarms and the Screen Method · pp. 43-49
  1. Read the Screen in the Same Order
  2. Patient First, Screen Second
  3. High Pressure Alarm
  4. Low Pressure and Disconnect Alarm
  5. Low Exhaled Volume and Low Minute Ventilation
  6. High Rate and Apnea Alarms
  7. DOPES When Things Go Wrong
VIIABGs on the Vent · pp. 50-56
  1. ABG Normal Values
  2. Read an ABG in Four Steps
  3. High CO2: Which Knob Moves It
  4. Low CO2: Over-Breathing on the Vent
  5. The P/F Ratio
  6. Oxygenation: FiO2 and PEEP Together
  7. Permissive Hypercapnia
VIIISpecial Situations and Weaning · pp. 57-63
  1. Lung-Protective Ventilation
  2. COPD and Asthma on the Vent
  3. Ready to Wean? The Screening Criteria
  4. The Spontaneous Breathing Trial
  5. RSBI: The Rapid Shallow Breathing Index
  6. VAP Prevention Bundle
  7. Transport Ventilators and Bagging
IXReview and Practice · pp. 64-68
  1. The One-Page Vent Check
  2. Shift Handoff in One Sheet
  3. The Mix-Ups That Come Up Most
  4. Every Formula on One Page
  5. What Board-Style Exams Cover

One Page, One Topic, All Clear

Think of it this way:

It's 3 a.m., your vented patient is coughing against the vent and the high-pressure alarm goes off. You need to know if the problem is the airway or the lungs.

You open the page on peak inspiratory pressure and see one stacked column: PEEP at the bottom, lung stretch in the middle, airway resistance on top. Peak up, plateau the same: look at the airway.

PIP = PEEP + lung stretch + airway resistance, drawn as one stacked column

Same with the mode name, tidal volume from height, the three curves on the screen, ABG normal values and the screen method: each one on its own page.

Mechanical Ventilation Illustrated is 9 parts and 64 topics, all drawn, and it ends with review pages: the one-page vent check, the shift handoff sheet, the most common mix-ups and every formula on one page.

What you see drawn, you don't have to memorize.

What's Inside Mechanical Ventilation Illustrated:

Ipp. 5-11

The Basics

Why a patient ends up on the vent, negative vs. positive pressure, the circuit drawn end to end, the ET tube and cuff, compliance, resistance, minute ventilation and dead space.

IIpp. 12-19

The Settings

Tidal volume from height, rate, FiO2, PEEP, I:E ratio, peak flow, trigger sensitivity and the initial settings card.

IIIpp. 20-28

The Modes

How to read a mode name, volume vs. pressure control, A/C, PC-A/C, SIMV, pressure support, CPAP, adaptive modes and APRV, and all four side by side.

IVpp. 29-36

Waveforms

The three curves on the screen, volume and pressure control tracings, the trigger dip, auto-PEEP on the flow curve, asynchrony, leaks and loops.

Vpp. 37-42

Peak vs. Plateau

Peak inspiratory pressure, plateau and the inspiratory hold, driving pressure, what it means when only peak rises or both rise, and auto-PEEP.

VIpp. 43-49

Alarms and the Screen Method

The screen read in the same order, patient first, high and low pressure alarms, low volume, high rate, apnea and DOPES.

VIIpp. 50-56

ABGs on the Vent

ABG normal values, the four-step read, which knob moves CO2, the P/F ratio, FiO2 and PEEP together and permissive hypercapnia.

VIIIpp. 57-63

Special Situations and Weaning

Lung-protective ventilation, COPD and asthma, weaning criteria, the SBT, RSBI, the VAP bundle and transport ventilators.

IXpp. 64-68

Review and Practice

The one-page vent check, the shift handoff sheet, the most common mix-ups, every formula on one page and the exam topic outline.

At the end of the book: A one-page vent check, a shift handoff sheet, the most common mix-ups and every formula on one page.

Plus: 2 Free Books

Ventilation Exam-Style Questions, Answered

BONUS 1: «Ventilation Exam-Style Questions, Answered»

Value on its own: US$ 17.90

Board-style practice questions on settings, modes, waveforms and alarms, each with the answer and a short drawn explanation, so you check what you really know before exam day.

The 10 Most Common Ventilator Mistakes

BONUS 2: «The 10 Most Common Ventilator Mistakes»

Value on its own: US$ 14.90

The mistakes that come up most often at the bedside and on practice exams (mixing up peak and plateau, confusing SIMV with pressure support, silencing an alarm before checking the patient), each on one page with the right way to think it through.

Mechanical Ventilation Illustrated with 2 Free Books

  • Mechanical Ventilation Illustrated: 68 illustrated pagesUS$ 63
  • BONUS 1: Ventilation Exam-Style Questions, AnsweredUS$ 17.90
  • BONUS 2: The 10 Most Common Ventilator MistakesUS$ 14.90
  • High-resolution PDF to printIncluded
Total value US$ 95.80
YOUR PRICE:
US$ 27
You save US$ 68.80
YES, I WANT MECHANICAL VENTILATION ILLUSTRATED FOR US$ 27

📄 This is a digital PDF book sent to your email: nothing is printed or shipped.

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PDF by email: We email you Mechanical Ventilation Illustrated as a PDF, together with the two free books. It's a single payment: no installments, no extra charges.

Who This Book Is For

You're studying respiratory therapy

You're studying respiratory therapy

Modes, curves and numbers stop blurring together: each one is a drawing on its own page, always read in the same order.

Your board-style exam is coming

Your board-style exam is coming

You review settings, waveforms, peak vs. plateau and ABGs at a glance, then check yourself with the exam-style questions.

You already work ICU, ER or transport

You already work ICU, ER or transport

You print the pages you need and read the screen in the same five steps before you call the RT or the doctor.

Everything You Get Today

US$ 95.80US$ 27
YES, I WANT MECHANICAL VENTILATION ILLUSTRATED FOR US$ 27

📄 This is a digital PDF book sent to your email: nothing is printed or shipped.

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30-Day Guarantee

Try Mechanical Ventilation Illustrated for 30 days, bonus books included.

We refund everything if the file won't open, if the book isn't what you see here, if you were charged twice or if the email doesn't arrive. Just email us.

You pay once. No subscriptions.

Frequently Asked Questions

Is it for me if I already work in the ICU or ER but never had formal vent training?

Yes. It starts from why a patient needs the vent, but most of the book goes further: waveforms and asynchrony, peak vs. plateau and driving pressure, alarms, ABGs on the vent, ARDS, COPD and weaning. If you already did the coursework, jump straight to parts 4 to 8.

Where does the content come from?

It's written for the US. Values and concepts are checked against the AARC Clinical Practice Guidelines and the NIH NHLBI ARDSNet protocol, the topic list follows the NBRC TMC Detailed Content Outline, and everything is in US units: inches, cm H2O and mm Hg.

Is it official material?

No. It's an independent illustrated study guide, not affiliated with any exam board, association or ventilator manufacturer. It doesn't come with a certificate or CE credits.

Does it replace my course or clinical training?

No. It's study material only. It doesn't replace your training, clinical protocols, physician orders or device manuals, and it has no drug doses or settings for a specific patient.

Are the practice questions the ones on the exam?

No. The exam-style questions are written for this book. They're not official questions from any exam.

When and how do I get it?

As a PDF by email, sent to the address you enter at checkout: the book and the 2 bonus books.

Do I have to pay every month?

No. It's a one-time payment.

Can I have it on paper?

Yes. It's a printable PDF: print the whole book or just the pages you want to carry on shift.

How does the refund work?

You have 30 days. We refund everything if the file won't open, if the book isn't what you see on this page, if you were charged twice or if the email doesn't arrive: just email us.

Before You Close This Page

No more rereading without anything sticking.

Peak vs. plateau: you see it drawn and that's it.

You walk into your shift or your exam knowing where everything is.

Drawings make studying faster.

The book is right below.

One-time payment: US$ 27 · Guarantee: 30 days · PDF by email

YES, I WANT MECHANICAL VENTILATION ILLUSTRATED FOR US$ 27

📄 This is a digital PDF book sent to your email: nothing is printed or shipped.