Knowledge Base

Practical guidance for all monitoring categories.
Device instructions, troubleshooting support, and reliable educational resources in one place.

Monitoring Categories

Select a category to access device documentation and in-depth background information.

Cholesterol

Instructions for cholesterol meters and test devices, including troubleshooting and correct testing procedures. Also includes educational resources about total cholesterol, HDL, triglycerides, and long-term monitoring.

Glucose

Step-by-step guidance for accurate blood glucose testing, meter handling, and test strip use. Includes background information on blood sugar monitoring and trend interpretation.

Ketones

Practical instructions for ketone measurement and correct device use. Educational content covers metabolic monitoring and responsible interpretation.

Hemoglobin

Professional workflow guidance for hemoglobin and hematocrit measurement. Includes quality control information and monitoring context.

Rapid Self-Tests

Clear instructions for CE-marked rapid self-tests for home use. Includes procedure guidance and educational resources about screening and responsible follow-up.

Latest Articles & Updates

Explore the latest device guidance and educational resources across all monitoring areas.

Frequently Asked Questions (FAQ)

Below you will find the most frequently asked questions about the Go‑Keto Glucose & Ketone Meter. This guide explains common notifications, how to interpret your results, and how to ensure your device is working correctly.

How to Perform a Ketone Test

Each new box of test strips comes with its own code chip—this contains important calibration data.

How to set up the Go-Keto Meter

Get your Go-Keto Meter up and running in minutes with this simple step-by-step setup guide.

About Hemoglobin

Hb or Hemoglobin is known as a protein molecule that occurs in both animals and humans in the blood. This protein molecule is in red blood body cells and has a red color.

What to consider when choosing a cholesterol monitoring system

Point-of-care cholesterol systems differ significantly — in what they measure, how they perform in practice, and whether they will still be supported in two years. This guide covers the key criteria and compares the four main systems available in the EU market.

Hemoglobin explained

Hemoglobin is a substance in your body that ensures that carbon dioxide (waste) and oxygen can be absorbed into the red blood cells. In addition, hemoglobin ensures that the red blood cell is colored red.

Signaling of cardiovascular diseases

Often a heart or vascular disease strikes unexpectedly. Often the damage to the brain or heart is irreparable. That is why it is very important to know which signals belong to a cardiovascular disease.

Exercise & Nutrition

Sports and nutrition belong together. If you have an active lifestyle, your body also requires the corresponding building materials and fuels to perform the activities. A number of things are important for athletes.

How do I calculate my Glucose and Ketone Index?

Trying to calculate your ketone levels? Learn all about the Glucose Ketone Index (GKI) and how to use it for tracking ketosis.

Measuring ketones: What are the options and how do I measure?

When following a ketogenic diet, you’ll want to check that you’re in ketosis, the state when your body burns fat instead of glucose. When your body produces ketones, they’re found in your blood, in your urine and your breath. Checking the levels gives you the information that your keto diet is working and will motivate you to persevere.

Mission 3-in-1 Cholesterol Meter – Technical Information, Performance & Quality Assurance

This page provides detailed technical, performance, and quality-control information for the Mission® 3-in-1 Cholesterol Monitoring System. It is intended for healthcare professionals and advanced users who want a deeper understanding of how the system works, how performance is verified, and how to interpret results responsibly.

Diabetes and ketones

The presence of a ketone level in the bloodstream is a common complication of diabetes. If nothing is done with this, it can eventually lead to ketoacidosis.