2014: new scientific results for ASAcampus

16 December 2014 - Research -

«Our vision - explains Lucio Zaghetto, ASAlaser - goes beyond the simple realization of biomedical equipment: ASAlaser’s priority, since the beginning, has in fact been to build a solid credibility, a tangible authority, a true "value". For this reason, we have believed in research, developing it according to criteria based on transparency and scientific correctness, and in the sharing of knowledge, result of a fruitful exchange with other international interlocutors. The 2014 has put an additional seal to our choice encoded by scientific studies that will be a safe base for future projects». If ASAlaser CEO is projected into the future, Dr. Monica Monici (ASAcampus Scientific Manager) and her staff help to create the basis. In 2014, in fact, the ASAlaser Research Division and the ASAcampus Joint Laboratory’s activity has covered different subject lines - inflammation, pain management, repair and regeneration of tissue, light propagation into the tissues - some of which already started in past years and further enriched during the last season of new experimental paths.

«An example - explains Dr. Monici - are the studies about inflammation: with the progress of the experiments we are continuing, year by year, to expand our knowledge about the mechanisms that are at the basis of the laser therapy’s anti-inflammatory activity. This allows us to develop treatment protocols even more effective for various types of diseases, with applications that now affect also the veterinarian field». ASAcampus staff has also deepened another line of research that concerns the application of physical therapies, in particular laser and magnetotherapy, in the reparation and regeneration of the tissues. «In this direction - continues Monici – goes a research program that concerns the effects of the laser on the differentiation of mesenchymal stem cells, the development of models of three-dimensional cultures and the studies of adhesion and cell migration, which have an extremely important role in the tissue repair». 2014 has also seen the beginning of new researches that will engage ASAcampus researchers throughout 2015: study of the propagation of laser radiation, in particular infrared wavelength range, in the different types of tissues; the application of magnetic fields to modulate the adhesion/cell migration; the study of cellular and molecular mechanisms that underlie the analgesic effect produced by laser therapy. «The research results - concludes Dr. Monici - are available to the scientific community through communications in national and international conferences and scientific publications».

You might also be interested in ...

See all articles

ISGP 2024 - ASAcampus with 2 speeches
News - 31/05/2024
During the annual event organised by the International Society for Gravitational Physiology (ISGP - Dubai, 26-31 May), two speeches were given by Monica Monici, ASAcampus Manager, which punctuated...
Team ASAcampus - Suture in space Missione Minerva
News - 19/05/2022
The purpose of the experiment, selected by the European Space Agency in the ESA-ILSRA2014 call, and with the support of the Italian Space Agency (C-ASI N. 2018-14-U.0-Suture in Space), is to study...
Energy for Health - Scientific review by ASAcampus
News - 01/10/2021
Four case reports dedicated to applying the MLS® therapy, two in the human field and two in the veterinary field are the focus of the new edition of Energy for Health.
MLS Laser Therapy for TMD
Blog - 22/10/2025
A recent publication from Chulalongkorn University (Thailand) demonstrated how an integrated and conservative approach, supported by MLS® Laser Therapy, can offer highly effective clinical results.
M-Hi laser training UK
News - 22/10/2025
From 30 September to 3 October, the tour visited three cities in the United Kingdom, involving physiotherapists and specialists who have chosen the M-Hi and HIRO TT laser systems.
Press - 07/10/2025
Recent research and pilot studies highlight the benefits of laser therapy in treating radiodermatitis and peripheral neuropathy induced by radiation and chemotherapy for breast cancer.