7. on the diagram below, write a “C” in to indicate the vessel codeine would use to enter the liver from the intestine.a. Write an “M” in the location where the codeine would be converted to morphine.b. Draw one or more arrows to show the path the codeine (and later morphine) would take to getinto wider circulation around the body. Hepatic veinCarries blood into heartHepatocytes-Sites of many chernicalreactions in the liverCanaliculusDrains bile into bile ductArteriole-Carries oxygenated bloodHepatic portal vein--Bile ductCarries blood andnutrient from ileumDrains bile intoPancreatic8.gall bladderLobulesaductGallbladderTAILhere:BODYCommon bile duct-es:he medical images?HEADDuodenal papillaDuodenum

The Controlled Substances Act classifies codeine as a Schedule II drug, which means it has a "high potential for abuse." When administered under the supervision of a clinician, codeine can be effective therapeutic assistance. However, because of the enjoyable and soothing effects that codeine generates, it is sometimes abused. The active molecules morphine and morphine-6-glucuronide are formed when codeine is metabolized in the liver.The gastrointestinal tract absorbs codeine quite quickly. It is swiftly disseminated from intravascular spaces to various bodily tissues, with parenchymatous organs such as the liver, spleen, and kidney receiving preferential uptake. The codeine is metabolized in the liver as it enters in over by portal vein then it is transported to bile duct from where it enters in the gall bladder and then finally in the blood circulation.