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Laser blood irradiation and photobiomodulation: a guide to the research
From principles to research findings
How do researchers study the effects of light on blood, blood vessels and other tissues? This guide introduces the methods, the role of microcirculation and individual scientific studies. Choose a topic to discover what researchers investigated, what they found and which questions remain open.
Principles and use
Start with an explanation of the methods. This will help you understand what individual studies actually investigated.
Laser blood irradiation: methods and research
How does intravenous blood irradiation differ from non-invasive approaches? Learn about ILIB, VPBM and the questions researchers are exploring.
Read articleIntranasal photobiomodulation
How is light applied through the nose studied? Explore the principles, differences between methods, blood measurements, and studies of the nervous system and local nasal symptoms.
Read articleCells and photobiomodulation
The endothelium, blood cells and responses to light. This article explains what an experiment can show and what needs to be tested in humans.
Read articleMore topics coming soon
- Photobiomodulation and the right light dose
- Options and principles for home use
Blood, blood pressure and metabolism
Start with an explanation of microcirculation. An overview of diabetes research is being prepared.
Thick blood, viscosity and microcirculation
What affects blood flow in small vessels, and why is viscosity different from clotting? An accessible introduction to the properties of blood.
Read articleType 2 diabetes and laser blood irradiation
What did blood glucose studies measure, which methods did they use and how should their findings be read? An overview with links to original studies is being prepared.
English version coming soonMore topics coming soon
- High blood pressure and microcirculation
- Light, cholesterol and blood lipids
The brain, memory and vision
We connect nervous system topics with explanations of the methods studied and the distinction between a hypothesis and a clinical finding.
Tetany and laser blood irradiation
How are tetany symptoms, minerals and breathing connected? This upcoming article will distinguish established connections from research questions about light.
English version coming soonMore topics coming soon
- Light, mitochondria and brain energy
- Memory, dementia and photobiomodulation
- Brain rhythms and 40 Hz stimulation
- Light, microcirculation and eye health
Inflammation, skin and recovery
Upcoming reviews of specific conditions will also explore microcirculation, immunity and tissue repair.
Psoriasis and laser blood irradiation
Which approaches have been studied in psoriasis? We are preparing an explanation of the studies and the conclusions their findings support.
English version coming soonPsoriatic arthritis and pain research
What does the available laser therapy research in psoriatic arthritis report, and why does the specific application method matter?
English version coming soonMore topics coming soon
- Skin and intestinal problems and the role of microcirculation
- Autoimmune conditions and the internal environment
- Why fatigue persists after illness
Further research and source documents
For each study, it matters whether it is an experiment, a clinical observation or a review. Upcoming articles will also explore the history of this research.
Muscular dystrophy and light
What has been studied in muscular dystrophy models, and which questions remain when considering the relevance to human care?
English version coming soonMore topics coming soon
- Mikhailov and laser blood irradiation research
- BIOquant in Bratislava: explaining the 2009 source document
- BIOQUANT LED: explaining the 2020 EEG and QEEG observations
How to read a scientific study
Four questions are worth asking as you read:
- What was studied? An intravenous application, light through the skin, an intranasal application or another approach?
- Who or what was studied? Cells, animals or humans? How many participants were included?
- What was the comparison? Was there a control group, and what other care did participants receive?
- What changed? A laboratory measurement, a test result, symptoms or daily functioning?
In everyday terms: With light, the application site, the parameters and the outcome being measured all matter. That is why the articles explain each approach and its findings separately.
Frequently asked questions
Which article should I start with?
Start with the overview of laser blood irradiation methods in the first section. If you are interested in circulation, continue with the article on viscosity and microcirculation. Then choose a specific research topic.
Do all articles discuss the same way of applying light?
The series covers laser blood irradiation and related photobiomodulation research. Each article identifies the method it discusses. Findings from one approach cannot automatically be attributed to another device or application site.
Where can I find the original studies?
Sources and explanations of their findings are provided in the individual articles. This guide helps you choose a topic. Articles marked as coming soon have no link yet; we will add one after the English version is published.
Educational content: These articles explain research and its context. They do not replace medical assessment or treatment and do not constitute clinical validation of KINGRAY wellness devices.
