Clinical Advantages – You Tomorrow

ADVANTAGES IN CLINICAL PRACTICE

Knowing the genetic polymorphism of each person becomes an undivided tool to assist physicians in the application of protocols for the prevention, control, cure, and remission of diseases, syndromes, and disorders. But the most spectacular thing is that each medical specialty can use this information in a different way with the same purpose as shown below.

ONCOLOGY SERVICES

Genomic analysis allows oncologists to apply personalized protocols before, during and after surgery, as well as the rational and effective use of chemotherapy or radiotherapy that, as part of precision integrative medicine, will make cancer a manageable chronic disease in which the Patients will be able to live inserted in society and community with an acceptable quality of life. Among the aspects that help oncologists to improve the way of applying the protocols, in a personalized way, more effectively are the following:

Identify the types of altered genes that code for each cancer.
Improve knowledge about the "microenvironment" of the tumor or cancer.
Identify by inference the biomarkers of the tumor or cancer.
Know the propensity to inflammation of each patient.
Identify the chemo or radiotherapeutics that you should use in the appropriate doses for each patient.
Understand the adjuvant therapies to use according to the genetics of the patient.
Know the "smart" foods and nutrients for personalized use.
Other relevant data.

Knowledge of these details is essential so that the doctor (oncologist) before applying the personalized protocol before, during and after surgery, if necessary, has the elements to understand the characteristics of the biology and microenvironment of the tumor to from this point can apply the appropriate procedures to each patient and type of cancer. This information is also essential to know what type of chemo or radiotherapeutic drugs or immunotherapy to treat cancer should be used. It is also essential to have relevant data from the genome of each person to understand the nutrition and diet of the patient depending on the type of cancer, among other aspects.

AESTHETIC AND COSMETIC SURGERY

Genomic analysis allows cosmetic surgeons to apply more effective personalized protocols during the pre-surgery stages, during the surgical process, and after surgeries. Genomic information is essential to select the appropriate anesthetic; supplement nutrients, vitamins and minerals before and after surgery to improve recovery time and patient improvement; indicate the foods that the patient should consume to control their weight before and after surgeries; recommend the way to do physical activity; as well as the indication of cosmeceuticals for personalized use according to the characteristics of the skin of each person, among other aspects that help cosmetic surgeons to improve the way of applying the protocols, in a personalized way, with greater efficiency based on the knowledge of the following aspects:

Identify the skin types and phototypes of each patient.
Identify the types of collagens for each patient.
Identify the predominant types of fat in each patient.
Know the propensity to inflammation of each patient.
Identify the types of anesthetics to use in the appropriate doses for each patient.
Know the types of muscle fibers of each patient.
Know the characteristics of the muscle fibers of each patient.
Other relevant data.

These data are vital for each person to know the type of cosmeceuticals and medicine to use after having performed surgical procedures to maintain beautiful and healthy skin; and which epigenetic products are for personalized use to delay or reverse the aging process of the skin and internal organs and tissues.

25 Years of Success Stories

Over 25 years we have developed investigations and correlations, with the results obtained by other groups of scientists, which have made it possible to reach the following milestones:

Evaluation of the spectrum of genotoxicity and possible damage to health of hundreds of active principles of chemical and natural origin.
Analysis, correlation, and generation of patterns from the data of more than 1 million 650 thousand patients.
Identification of around 35,000 patients with false positive or misleading diagnoses.
Weight control and obesity in more than 4000 patients.
Nearly 10,000 success stories in the prevention, control, and reversal of:

Autoimmune diseases.
Endocrine disorders.
Neurodegenerative diseases.
Control and remission of different types of cancer.
Control and reversal of intestinal permeability and other gastrointestinal disorders.
Others.