Blood Gas Analyzer

Blood Gas Analyzer is a learning support app that clearly explains the step-by-step process of determining acid-base balance in arterial blood gas analysis. It is designed to help medical students, residents, and nurses thoroughly understand everything from the basics of interpreting blood gases to the systematic logic behind the determination.

Main Features
🔬 Automatic Acid-Base Balance Determination

By simply entering three values—pH, PaCO2, and HCO3⁻—the app automatically determines the following:

Type of Primary Abnormality (Respiratory Acidosis/Alkalosis, Metabolic Acidosis/Alkalosis)

Presence and Adequacy of Compensatory Response (Within Compensatory Range)

Possibility of Mixed Disorder

📚 Step-by-Step Explanation

Instead of simply displaying the answer, the app explains step-by-step why that diagnosis is reached. By following the determination process, you can cultivate a framework of thinking that can be applied in clinical settings.

🖥️ Simple and Intuitive UI

You can quickly input values ​​and check results without unnecessary operations. Designed for immediate use even during busy training sessions where vital signs checks are a constant task.

Features of this app:

Completely free and ad-free — No fees or subscriptions required. No in-app ads.

No personal information collected — No personal information or usage data is collected or transmitted, including entered test values. Works without an internet connection.

Offline compatible — Can be used without problems even in areas with limited communication environments, such as wards and ICUs.

Recommended for:
Medical and nursing students learning how to interpret blood gas analyses
Residents and young doctors who want to reconfirm the judgment logic
Nurses who frequently work with blood gases in ICUs, emergency rooms, and respiratory departments

⚠️ Disclaimer

This app is intended for educational and learning purposes only. The results of this app should not be used for clinical diagnosis or treatment planning for actual patients. In actual clinical practice, always follow the judgment of the attending physician and medical team.

Blood Gas Analyzer is a learning support app designed to guide you through arterial blood gas (ABG) interpretation — step by step, with clear explanations at every stage. Built for medical students, residents, and nurses, this app helps you develop a solid, systematic approach to acid-base analysis that you can apply with confidence in clinical settings.

Key Features
🔬 Automatic Acid-Base Assessment

Enter just three values ​​— pH, PaCO₂, and HCO₃⁻ — and the app instantly determines:

Primary disorder (respiratory or metabolic acidosis / alkalosis)
Presence and adequacy of compensation (within expected range or not)
Possibility of a mixed acid-base disorder

📚Step-by-Step Explanations

Rather than simply displaying a result, the app walks you through the reasoning behind each determination. Following the logic at each step helps you build the kind of structured thinking that translates directly to clinical practice.
🖥️ Clean, Intuitive Interface

Input values ​​and get results without unnecessary steps. Designed for busy learners and monks who need quick, reliable answers — even in the middle of rounds.

What Makes This App Different?

Completely free, no ads — No charges, no subscriptions, no in-app purchases. Zero advertisements.
No personal data collected — No patient values, usage data, or personal information of any kind is collected or transmitted. The app works fully offline.
Offline ready — Functions without an internet connection, making it reliable in wards, ICUs, and anywhere connectivity is limited.


Who Is This For?

Medical and nursing students learning how to interpret ABG results
Residents and junior physicians looking to reinforce their acid-base reasoning
Nurses working in ICU, emergency, or respiratory care settings where blood gas interpretation is part of daily practice


⚠️ Disclaimer
This app is intended for educational and learning purposes only. The results generated by this app must not be used to guide clinical diagnosis or treatment decisions for actual patients. In all clinical situations, defer to the judgment of the responsible physician and the Treatment medical team.