Human Digestive System Illustrations

Computer-generated artwork of the human digestive system, including pancreas and liver, with detailed anatomical views emphasizing function.

Human pancreas, cut-away computer artwork.

Human pancreas, cut-out computer artwork.

Human pancreas, cut-away computer artwork.

Digestive system function as a digestion anatomy concept including liver pancreas and gallbladder with a stomach large intestine and small intestines as a 3D illustration isolated on a white background.

Human pancreas, cut-out computer artwork.

Liver, illustration

Healthy digestive system, computer artwork.

Cross section of stomach, illustration

The stomach is part of digestive tract

Urinary system

Human testicle, computer artwork.

Illustration of female kidneys and urinary system.

Stomach, illustration

Healthy digestive system, computer artwork.

Illustration of a gastric bypass, surgical treatment of obesity. The aim of this surgery is to, on the one hand, reduce stomach capacity, and on the other to largely bypass intestinal digestion. The bolus is therefore reduced in volume and only partially digested. The principal of this method is restrictive and malabsorptive.

Stomach layers and small intestine

Cross section of stomach, illustration

Stomach layers and small intestine

Illustration of a hiatal hernia. A hiatal hernia appears when part of the stomach (at the cardia) protrudes from the thorax through the hiatal orifice of the diaphragm which causes gastroesophageal reflux.

Kidney structure.

Human pancreas, cut-away computer artwork.

Oesophageal cancer, illustration

Digestive system, in anterior view from the esophagus to the rectum. The upper esophagus is followed by the stomach on the right then the duodenum, the small intestine surrounded by the colon. On the left we see the liver in anterior view with the lower end of the gallbladder in green. and the common bile duct which passes behind the pancreas shown in yellow behind the duodenum and stomach

Cross section of stomach, illustration

Stomach brain and enteric nervous system symbol or gut feeling concept as a human digestion and thinking organ as an icon for gastrointestinal function or digestion disorder and food craving with 3D illustration elements.

Illustration from the rear of the pharynx. The epiglottis is visible in purple, and is not covered by the membrane in this illustration.

Pancreas medical concept and human organ as a panceatic digestive gland body part with stomach and intestine as a health symbol for the endocrine system isolated on a white background with 3D illustration elements.

Anatomy of liver, antero-visceral view.

Human internal organs, illustration

Human anatomy, computer artwork.

Detail of large and small intestines pulled apart to clearly show sections.

Stomach acidity, illustration

Appendicitis and appendix inflammation disease concept as a close up of human intestine anatomy as a 3D illustration.

Infrarenal abdominal aortic aneurysm. An aneurysm is a localized dilation of the wall of a blood vessel (pocket of blood), the rupture of which can be fatal (hemorrhage). The main locations of aneurysms are at the level of the cerebral arteries and the aorta, mainly below the kidneys (infrarenal abdominal aortic aneurysm). Infrarenal abdominal aortic aneurysm is often due to atherosclerosis.

Human stomach with hernia, cut-away computer artwork.

Glucose is the body primary source of fuel and is either converted into energy within cells 3D rendering. Glucose is the body primary source of fuel and is either converted into energy within cells

Stomach layers, illustration

Bladder and Uterus

Cross section of stomach, illustration

Human stomach with hernia, cut-away computer artwork.

Stomach and internal organs, illustration

Illustration of prostatic artery embolization, a technique for treating benign prostatic hypertrophy (adenoma of the prostate). While a urinary probe is inserted through the urethra in order to visualise the centre of the prostate, a catheter is introduced through the right femoral artery, up into the common iliac artery, then down the left side via the left, internal iliac artery, the left, internal pudendal artery to reach the prostatic arteries. Micro beads are injected into the prostatic arterioles to the centre of the prostate in order to block the arterioles. The size of the prostate slowly decreases.

Human internal organs, illustration

In stage IV, the cancer spreads to invade nearby organs, such as the bladder, rectum, and kidneys. 3D rendering. In stage IV, the cancer spreads to invade nearby organs, such as the bladder, rectum, and kidneys.

Male reproductive system, computer artwork.

Human kidney, computer artwork.

Healthy digestive system, computer artwork.

Healthy digestive system, computer artwork.

Human internal organs, illustration

Stomach with hernia, illustration

Human testicle, computer artwork.

Cross section of stomach, illustration

Illustration of the blood supply to the stomach.

Male reproductive system, computer artwork.

Illustration of the male perineal cavity. The bladder (yellow), prostate (blue), pelvic floor (pink on the left), the rectum behind the bladder and spine are all visible. The aorta descends in front of the lumbar vertebra (L4) and divides into the two iliac arteries. Each primitive iliac artery leads to an external iliac artery which vascularises the lower member, and an internal artery which vascularises organs in the perineum. The iliac vein follows the same path as the iliac artery. The external iliac lymph nodes, the ilio-obturator lymph nodes and the lymph nodes of the promontory are also visible.

Obese man's kidneys, illustration.

Small intestine, illustration

inflamed stomach

Anatomical human intestine vector colored, cartoon icon. Hand drawn internal

Male reproductive system, computer artwork.

Human stomach with hernia, cut-away computer artwork.

Stomach layers and small intestine

Illustration of the right kidney, with its urethra and adrenal gland.

Human spleen, cut-away computer artwork.

Human internal organs, illustration

urinary system, computer artwork.

Kidney anatomy, computer artwork.

Small intestine, stomach and pancreas

Human internal organs, computer artwork.

Human kidney, cut-away computer artwork.

Female reproductive system, illustration.

The Kidney Cancer, Stage I 3D rendering. The Kidney Cancer, Stage I

Urinary system, drawing

Cross section of stomach, illustration

Healthy kidneys, artwork

Illustration of kidney and adrenal gland anatomy.

Male reproductive system, computer artwork.

Open artificial human body model with organs

Pulmonary embolism. A blood clot reaches the heart through the vena cava and is sent, with the blood flow, to the lungs. Being too large to circulate in the increasingly narrow blood vessels, this clot will obstruct certain pulmonary arterioles, causing ischemia and then a pulmonary embolism.

Digestive system with stomach, duodenum, small intestine, colon.

Healthy digestive system, computer artwork.

Human artery, cut-away computer artwork.

Human kidney, cut-away computer artwork.

Cross section of liver, illustration

Illustration of the treatment of fibromas by embolisation. Embolisation is a technique that aims to block the blood supply to the fibroma. Micro-balls are injected into the arteries that supply the fibroma. It will perish and shrink rapidly.

Human internal organs, illustration

Gastric bypass, illustration

Kidney cancer

Healthy digestive system, computer artwork.

Illustration of kidney internal organ. Human body anatomy. Health care and medical education icon.. Illustration of kidney internal organ. Human body anatomy. Health care and medical icon.

Female breast anatomy , illustration

Illustration of human bladder anatomy.

Illustration of colon cancer. The cancer develops on the colons mucus membrane. In 70% of cases, the tumour develops in the sigmoid colon.

Brain veins and anatomy, illustration

Illustration of female pelvic anatomy.

Human kidney nephron, cut-away computer artwork.

Illustration of vitamin B12 deficiency anaemia. It is a macrocytic anaemia (abnormally large red corpuscles) due to a lack of folic acid (vitamin B9) or vitamin B12. It is megoblastic: presence in the marrow of abnormal erythroblasts (stem cells at the root of red corpuscles) called megaloblasts.

Female reproductive system, illustration.

X-ray image of internal organs with heart highlighted in red.

Kidneys in anterior view with adrenal glands ureters and renal arteries and veins. The left kidney is placed higher than the right kidney. And the right adrenal gland has a more pyramidal appearance than the more rounded left one.

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