Ukuvikelwa kwephasiwedi: Ukusetha iphasiwedi yomqondisi yokuvumela ukususwa nge-software. Umsebenzisi angabuka amavidiyo kuphela kepha awakwazi ukuwasusa. "I-Heterosexual Sodomy " (ucansi lwendunu kanye / noma ngomlomo nomuntu wobulili obuhlukile) akukho emthethweni, i-Article 388 ye-Penal Code. Kanye nayo yonke imikhuba yezocansi yabantu bobulili obufanayo, i-Article 338, kanye "nokuthukuthelisa isimilo somphakathi", i-Article 333.Isijeziso semisebenzi emibili yokuqala nalabo abangaphansi kweminyaka engu-19 sinzima kakhulu kulowo obambe iqhaza osekhulile. A broadest meaning of molecular pathology is the investigation of particles in an ailment state. In this connection, the particles concentrated on are DNA, RNA and/or protein. Segments of DNA (known as qualities) go about as layouts for the generation of RNA which thusly goes about as a format for the creation of protein. Atomic pathology tests might search for the vicinity or nonappearance of protein or RNA, or for an expansion or abatement in the measure of these particles. Other atomic pathology tests search for revisions of vast parts of DNA (these rearrangments are known as translocations) or for particular changes to the creation of qualities (these progressions are known as transformations). Sub-atomic pathology can be utilized to analyze illness and/or to manage the counteractive action and treatment of infection. As a sample of the previous, diseases by certain infections (e.g. cytomegalovirus and Epstein-Barr infection) can be analyzed by sub-atomic testing for the vicinity of their particular RNAs in blood. In the field of growth pathology, the show of a particular quality change or modification can affirm the conclusion of specific lymphomas and sarcomas. Molecular pathology can help with the aversion and/or treatment of malady in a few ways. Initially, tests that search for acquired hereditary malady take into consideration protection measures to be given to the tried patients and/or their relatives; as an illustration of this, colorectal tumor patients can be tried for the vicinity of acquired changes in qualities, for example, APC. Second, atomic tests can screen the reaction of specific ailments to treatment and can recognize regardless of whether the infection has returned, e.g. Bcr-Abl testing in leukaemias. At last, there has been extraordinary late enthusiasm for utilizing atomic testing to anticipate the reaction of certain "strong" tumors to particular medications. This prescient testing frames the premise of 'customized drug' for such tumor patients, and incorporates: HER2 testing in bosom and gastric malignancy; EGFR and ALK1 testing in lung growth; BRAF testing in melanoma; and KRAS testing in colorectal disease. This type of prescient testing is as of now a specific development range in atomic pathology, and along these lines speaks to the starting essential center of the ACP Molecular Pathology Committee.