The status of marriage, as opposed to unmarried pregnant women, allows the spouse to be responsible for the child, and to speak on behalf of their wife; a partner is also responsible for the wifes child in states where they are automatically assumed to be the biological legal parent. Vice versa, a wife has more legal authority in some cases when she speaks on behalf of a spouse than she would have if they were not married, e.g. when her spouse is in a coma after an accident, a wife may have the right of advocacy. If they divorce, she also might receive—or pay—alimony (see Law and divorce around the world). Womens income affect the dynamics of heterosexual love relationships
The effect of womens income on heterosexual relationships’ dynamics depends on the couple’s different factors. Firstly on the cultural values that the couple has. As explained in (Brown and Roberts (2014)., according to the traditional levels of values of the couple, is going to dependent there effects that the wifes income is going to generate in the dynamics of the relationship. If the couple has strong traditional values, the income of women will affect mens gender identity and affect their well-being. On the other hand if they have strong liberal values, the income of a woman changes the dynamics almost in the opposite way, wife’s are the provider of the house and the man does the housework.
Mechanism of action
GTN is a prodrug which must be denitrated, with the nitrite anion or a related species further reduced to produce the active metabolite nitric oxide (NO). Organic nitrates that undergo these two steps within the body are called nitrovasodilators, and the denitration and reduction occur via a variety of mechanisms. The mechanism by which such nitrates produce NO is widely disputed. Some believe that organic nitrates produce NO by reacting with sulfhydryl groups, while others believe that enzymes such as glutathione S-transferases, cytochrome P450 (CYP), and xanthine oxidoreductase are the primary source of GTN bioactivation. In recent years, a great deal of evidence has been produced that supports the conclusion that GTNs clinically relevant denitration and reduction produce 1,2-glyceryl dinitrate (GDN) and NO, and that this reaction is catalysed by mitochondrial aldehyde dehydrogenase (ALDH2 or mtALDH). The NO produced by this process is a potent activator of guanylyl cyclase (GC) by heme-dependent mechanisms; this activation results in formation of cyclic guanosine monophosphate (cGMP) from guanosine triphosphate (GTP). Among other roles, cGMP serves as a substrate for a cGMP-dependent protein kinase that activates myosin light chain phosphatase. Thus, production of NO from exogenous sources such as GTN increases the level of cGMP within the cell, and stimulates dephosphorylation of myosin, which initiates relaxation of smooth muscle cells in blood vessels.