Main Menu » Organs & Systems » General Concepts » Stroma and Parenchyma » Stroma and parenchyma 5
This is blank.

Stroma and parenchyma

Organs are made up of two basic components: the functional cells and tissues, termed parenchyma, and a supportive framework, called stroma. The types of parenchymal components vary with the function of the organ, but are usually composed of connective tissue. This image shows a section of a non-lactating breast in which the parenchymal elements, mammary glands and ducts, are supported by a collagenous stromal framework. 100x

Parenchyma <p>Organs are made up of two basic components: the functional cells and tissues, termed parenchyma, and a supportive framework, called stroma. The types of parenchymal components vary with the function of the organ, but are usually composed of connective tissue.  This image shows a section of a non-lactating breast in which the parenchymal elements, mammary glands and ducts, are supported by a collagenous stromal framework. 100x</p>

Parenchyma

Organs are made up of two basic components: the functional cells and tissues, termed parenchyma, and a supportive framework, called stroma. The types of parenchymal components vary with the function of the organ, but are usually composed of connective tissue. This image shows a section of a non-lactating breast in which the parenchymal elements, mammary glands and ducts, are supported by a collagenous stromal framework. 100x

 - Mammary glands <p>Organs are made up of two basic components: the functional cells and tissues, termed parenchyma, and a supportive framework, called stroma. The types of parenchymal components vary with the function of the organ, but are usually composed of connective tissue.  This image shows a section of a non-lactating breast in which the parenchymal elements, mammary glands and ducts, are supported by a collagenous stromal framework. 100x</p>

- Mammary glands

Organs are made up of two basic components: the functional cells and tissues, termed parenchyma, and a supportive framework, called stroma. The types of parenchymal components vary with the function of the organ, but are usually composed of connective tissue. This image shows a section of a non-lactating breast in which the parenchymal elements, mammary glands and ducts, are supported by a collagenous stromal framework. 100x

 - Duct <p>Organs are made up of two basic components: the functional cells and tissues, termed parenchyma, and a supportive framework, called stroma. The types of parenchymal components vary with the function of the organ, but are usually composed of connective tissue.  This image shows a section of a non-lactating breast in which the parenchymal elements, mammary glands and ducts, are supported by a collagenous stromal framework. 100x</p>

- Duct

Organs are made up of two basic components: the functional cells and tissues, termed parenchyma, and a supportive framework, called stroma. The types of parenchymal components vary with the function of the organ, but are usually composed of connective tissue. This image shows a section of a non-lactating breast in which the parenchymal elements, mammary glands and ducts, are supported by a collagenous stromal framework. 100x

Stroma <p>Organs are made up of two basic components: the functional cells and tissues, termed parenchyma, and a supportive framework, called stroma. The types of parenchymal components vary with the function of the organ, but are usually composed of connective tissue.  This image shows a section of a non-lactating breast in which the parenchymal elements, mammary glands and ducts, are supported by a collagenous stromal framework. 100x</p>

Stroma

Organs are made up of two basic components: the functional cells and tissues, termed parenchyma, and a supportive framework, called stroma. The types of parenchymal components vary with the function of the organ, but are usually composed of connective tissue. This image shows a section of a non-lactating breast in which the parenchymal elements, mammary glands and ducts, are supported by a collagenous stromal framework. 100x

Image source > <p>This image was taken of a slide in the University of British Columbia collection.</p>

Image source >

This image was taken of a slide in the University of British Columbia collection.