Digestive System

Pharynx

Stomach

Salivary glands

Large intestine

Rectum/Anus

Gallbladder

Esophagus

Small Intestine

Liver

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Secretory tissue

Connective tissue

Cuboidal epithelium

Cuboidal cells

Lipophilic cells

Secretory celss

Fibroblasts

Mast cells

Adipocytes

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Leukocytes

Smooth muscle tissue

Connective tissue

Stratified squamous epitheliunm

Lymphatic tissue

Flattened epithelial cells

Smooth muscle cells

Fibroblasts

Mast cells

Adipocytes

Lymphoctyes

Submucosa

Fibrous tissue

Stratified squamous epithelium

Flattened epithelial cells

Glial cells

Blood cells

Fibroblasts

Chondrocytes

Epithelial tissue

Glandular tissue

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Smooth muscular tissue

Smooth muscle cells

Columnar cells

Squamous cells

Cuboidal cells

Glandular epithelium tissue

Parenchyma

Nerves

Lymphoid tissue

Loose connective tissue

Mucosa

Fibroblasts

Neurons

Neuroglial cells

Zymogenic cells

Gastrin cells

Mucoid cells

Parietal

Lymphocytes

Nerve tissue

Submucosa

Blood vessels

Visceral muscle tissue

Smooth muscle cells

Endothelial cells

Blood cells

Neurons

Neuroglial cells

Glial cells

Blood cells

Rough muscle cells

Smooth muscle cells

Enterocytes

Lymphoid tissue

Mucosa

Zymogenic cells

Gastrin cells

Mucois cells

Parietal cells

Simple columnar epithelial cells

Glycocalyx

Lymphotcytes

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Blood vessels

Fibroelastic connective tissue

Nerves

Fibroblasts

Plasma cells

Smooth muscle cells

Endothelial cells

Blood cells

Neurons

Neuroglial cells

Columnar epithelium

Mucosa

Goblet cells

Stereocilia

Zymogenic cells

Gastrin cells

Mucoid cells

Parietal cells

Pancreas

Exocrine glandular tissue

Connective tissue

Endocrine glandular tissue

Glandular epithelium cells

Acinus

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Mast cells

Adipocytes

Fibroblats

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Kidneys

Epithelial tissue

Connective tissue

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Columnar cells

Squamous cells


Excretory System

Skin

Ureters

Large intestine

Liver

Alzheimer's disease

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Fibroblasts

Mast cells

Fibroelastic connective tissue

Nerves

Plasma cells

Fibroblasts

Neuroglial cells

Neurons

Nerves

Submucosa

Blood vessels

Visceral muscle tissue

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Endothelial cells

Blood cells

Smooth muscle cells

Neurons

Neuroglial cells

Glial cells

Blood cells

Smooth muscle cells

Rough muscle cells

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Dermis

Hypodermis

Epidermis

Melanocytes

Langerhans

Keratinocytes

Smooth muscle cells

Cuboidal cells

Fibroblats

Adipose cells

Macrophages

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Bladder

Smooth muscle

Epithelial tissue

Smooth muscle cells

Cuboidal cells

Columnar cells

Sqaumous cells

Transitional epithelium tissue

Lamina propria

Stratified epithelial cells

Immune cells

Lymphocytes

Urethra

Smooth muscle

Spongy submucosa

Fibroelastic connective tissue

Fibroblasts

Macrophages

Smooth muscle cells

Glial cells

Blood cells

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Arteries/Veins/Vessels






Circulatory System

Lungs

Heart

Tunica intima

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Endothelial cells

Tunica extrerna

Tunica media

Blood cells

Smooth muscle cells

Blood cells

Blood cells

Vascular smooth muscle cells

Blood vessels

Enddothelial cells

Blood cells

Smooth muscle cells

Cuboidal cells

Adipocytes

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Smooth muscle tissue

Alveolar

Bronchioles

Blood vessels

Endothelial cells

Blood cells

Smooth muscle cells

Goblet cells

Ciliated epithelial cells

Smooth muscle cells

Squamous alveolar cells

Type II alveolar cells

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The circulatory system connects with the digestive system since, the lungs pump oxygen in to the blood and the heart pumps this blood all throughout the body using vessles/veins/arteries to all parts of the digestive system, since the organs need oxygen.

The circulatory system and digestive system connect through the vessels and the liver and large intestine, since blood is transported through the organs

Epicardium

Myocardium

Fibrous tissue

Endocardium

Cardiac muscle tissue

Cardiac muscle cells

Fibroblasts

Chondrocytes

Epicardial derived cells

Cardiomyocytes

Cardiomyocytes

Cardiac pacemaker cells

What is it?
Alzheimer's is a form of dementia that affects the brain, causing changes in bodily functions, behavior, and memory.

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Alzheimer's affects the excretory system because as the brain becomes more and more affected there is a high chance of bladder failure and rupturing.

Alzheimer's affects the circulatory system because as it progresses the body has trouble pumping blood, vessels and arteries become blocked and there is also trouble with breathing

Alzheimer's affects the digestive system because the body begins to have difficulty swallowing and the esophagus becomes swollen or blocked. Most patients with Alzheimers, have a tube inserted to aid with swallowing and reduce inflammation.

There is currently no cure for Alzheimer's disease, but there are many clinical trials in progress trying to find a cure. There are some treatments that help slow down the symptoms of the disease and make life more comfortable for the patients. These treatments help give 3-6 years with less symptoms of the disease.

The excretory system and excretory system connect by the large intestine and kidneys, since the kidneys filter the liquid nutrients in the blood stream that is taken from the food matter in the large intestine