Authors :
Mahira Amirova; Ellada Huseynova; Gulnara Vahabova; Rena Rahimova; Gulnara Dashdamirova
Volume/Issue :
Volume 7 - 2022, Issue 3 - March
Google Scholar :
http://bitly.ws/gu88
Scribd :
https://bit.ly/3ilnyxU
DOI :
https://doi.org/10.5281/zenodo.6372349
Abstract :
Tumor is one of the most wide-spread diseases
across the planet, and along with this - the first in a row
of the working-age population death causes. The
pathogenesis of uncontrolled tissue growth and
malignancy is still unexplored, making the tumor one of
the most difficult, if not curable, diseases to treat. Tumor
treatment today is carried out by extremely undesirable
methods, the leading role among which belongs to chemoand radiation therapy, the result of which is always
inevitable - death. In this regard, there is an urgent need
to find medicines that can save the lives hundreds of
thousands of people without causing tangible harm to the
body. Such drugs can be liposomes, which have long
attracted the attention of scientists in the framework of
the neoplasia treatment, but still remain at the research
stage due to the high cost and complexity of industrial
production.Using the data, accumulated to date on
liposomes and their invasiveness in tumor tissue, we
propose our own version of liposome production, which,
due to its relatively low toxicity and ease of manufacture,
has more chances of being introduced into widespread
medical practice: these are liposomes based on the liquid
phase from Chaga fungus and the lipid phase with
natural peptides relatively easily extracted from plants
and microorganisms.
Keywords :
liposome, natural peptides, neoplasia
Tumor is one of the most wide-spread diseases
across the planet, and along with this - the first in a row
of the working-age population death causes. The
pathogenesis of uncontrolled tissue growth and
malignancy is still unexplored, making the tumor one of
the most difficult, if not curable, diseases to treat. Tumor
treatment today is carried out by extremely undesirable
methods, the leading role among which belongs to chemoand radiation therapy, the result of which is always
inevitable - death. In this regard, there is an urgent need
to find medicines that can save the lives hundreds of
thousands of people without causing tangible harm to the
body. Such drugs can be liposomes, which have long
attracted the attention of scientists in the framework of
the neoplasia treatment, but still remain at the research
stage due to the high cost and complexity of industrial
production.Using the data, accumulated to date on
liposomes and their invasiveness in tumor tissue, we
propose our own version of liposome production, which,
due to its relatively low toxicity and ease of manufacture,
has more chances of being introduced into widespread
medical practice: these are liposomes based on the liquid
phase from Chaga fungus and the lipid phase with
natural peptides relatively easily extracted from plants
and microorganisms.
Keywords :
liposome, natural peptides, neoplasia
