Sexuality counts whether it comes to vulnerability to viruses or other medical problems, according to a new study.
Shokrollah Elahi, an infectious disease specialist at the University of Alberta, conducted the study, which was reported in the journal Frontiers in Immuno.
Sex Influences Immunological Responses To Infection And Illness
Elahi & his colleagues investigated whether anemia is a disease where a patient lacks sufficient developed blood cells to transport oxygenation throughout the bloodstream caused by an iron shortage or internal bleeding and how men and women respond differently to it.
Sex is doubtlessly a basic necessity for everyone, but the quality time spent for the same can help one get better immunity over a period.
It must not be a mechanical process but a bond of emotions shared by two people that can help them enjoy the time and each movement. The team of experts has checked a number of samples to know the effects of sex and intimacy on one’s body and overall immunity level.
Women are greater likely than men to develop anemia loss of blood during the menstruation period or childbearing; Elahi believes that studying the influence of anemia on the immune function in a regulated setting is crucial.
“We have shown in this study that females, in general, have more immature red blood cells in their blood circulation than males. One main reason for the presence of immature red blood cells in blood circulation is anemia.
In particular, the proportion of these cells expands in anemic women. These immature red blood cells in return suppress the immune system, making females more susceptible to infections,” said Elahi, who is also a member of the Women and Children’s Health Research Institute (WCHRI), the Cancer Research Institute of Northern Alberta (CRINA) and the Li KaShing Institute of Virology. “Anemia results in the suppression of the immune system.”
Females are more anemic than males, as per Elahi, because of childbearing and monthly periods; however, the proof-of-concept research reveals that anemia lowers the human immune function further and renders females greater susceptible to illnesses. The report also emphasizes the significance of anemia as a disease that might compromise immunity, making women greater prone to illnesses than men.
Elahi’s team also discovered that following their menstruation, females had more embryonic blood cells within their blood flow than beforehand. The results imply that following periods, females’ immunological system become less effective, increasing their chances of contracting an illness. Elahi remarked what the scientists uncovered reinforces the necessity to avoid addressing both genders with similar tactics.
The importance of sexuality as a parameter its effect on preventative, diagnosis, and treatment techniques have grown more apparent in past decades, he said, with the advent of precise healthcare and the repudiation of one-size-fits-all diagnosis and therapy and therapy methods.
“The basis for personalized medicine is that males and females have different biology and immune responses. Sex influences the immune system resulting in Sex-Specific Outcomes From Autoimmune And Infectious Diseases, cancers, and even response to immunization,” said Elahi.
“We used to treat males and females equally, but in recent years, there has been a lot of focus on the role of sex in immune responses because both respond differently to the same disease or treatment.”
Elahi believes that further research would pinpoint the exact elements that contribute to sexual variations in inflammatory cells.
“Understanding such mechanisms will define important new strategies for effective prevention and treatment of immune-related conditions,” he said.
“Males and females have different physiology and immune systems. Therefore, we need to be taking into account these differences between females and males from the very start of any research or clinical trial.”
