Hemidesmosome - Revision history

Nnjm2 at 12:41, 3 December 2018

2018-12-03T12:41:48Z

← Older revision		Revision as of 12:41, 3 December 2018
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	Hemidesmosomes are [[Desmosomes\|desmosomes]]~~ ~~in a morphological way and in binding to [[Intermediate filaments\|intermediate filaments]], which means they are also a type of anchoring junction. They therefore, like [[Desmosomes\|desmosomes]], act as rivets to distribute tensile forces through the [[Epithelium\|epithelium]]. However whilst [[Desmosomes\|desmosomes]]~~ ~~link two cells together, hemidesmosomes bind the basal surface of an epithelial cell to the underlying [[Basal lamina\|basal lamina]]. Here, ~~intergrins is~~ implemented as the transmembrane connector and its extracellular domains control the adhesion to a laminin protein known as desmopenetrin. In contrast to desmosomes, the [[Keratin\|keratin]]~~ ~~filaments associated with hemidesmosomes have their ends submerged within the [[Plaque\|plaque]]. [[Desmosomes]]~~ ~~combined with hemidesmosomes provide hyper-adhesion between cells giving mechanical strength to tissues – especially important in the epidermis<ref>Alberts, B., Johnson, A., Lewis, J., Raff, M., Roberts, K., Walter, P. (2007). Molecular Biology of the cell (Fifth ed.). Garland Science.</ref>.		Hemidesmosomes are [[Desmosomes\|desmosomes]] in a morphological way and in binding to [[Intermediate filaments\|intermediate filaments]], which means they are also a type of anchoring junction. They, therefore, like [[Desmosomes\|desmosomes]], act as rivets to distribute tensile forces through the [[Epithelium\|epithelium]]. However whilst [[Desmosomes\|desmosomes]] link two cells together, hemidesmosomes bind the basal surface of an epithelial cell to the underlying [[Basal lamina\|basal lamina]]. Here, integrins are implemented as the transmembrane connector and its extracellular domains control the adhesion to a laminin protein known as desmopenetrin. In contrast to desmosomes, the [[Keratin\|keratin]] filaments associated with hemidesmosomes have their ends submerged within the [[Plaque\|plaque]]. [[Desmosomes]] combined with hemidesmosomes provide hyper-adhesion between cells giving mechanical strength to tissues – especially important in the epidermis<ref>Alberts, B., Johnson, A., Lewis, J., Raff, M., Roberts, K., Walter, P. (2007). Molecular Biology of the cell (Fifth ed.). Garland Science.</ref>.

	=== ~~'''~~References~~'''~~ ===		=== References ===

	<references />		<references />

180098666: corrected referencing

2018-12-03T12:28:00Z

corrected referencing

← Older revision		Revision as of 12:28, 3 December 2018
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	Hemidesmosomes are [[Desmosomes\|desmosomes]] in a morphological way and in binding to [[Intermediate filaments\|intermediate filaments]], which means they are also a type of anchoring junction. They therefore, like [[Desmosomes\|desmosomes]], act as rivets to distribute tensile forces through the [[Epithelium\|epithelium]]. However whilst [[Desmosomes\|desmosomes]] link two cells together, hemidesmosomes bind the basal surface of an epithelial cell to the underlying [[Basal lamina\|basal lamina]]. Here, intergrins is implemented as the transmembrane connector and its extracellular domains control the adhesion to a laminin protein known as desmopenetrin. In contrast to desmosomes, the [[Keratin\|keratin]] filaments associated with hemidesmosomes have their ends submerged within the [[Plaque\|plaque]]. [[Desmosomes]] combined with hemidesmosomes provide hyper-adhesion between cells giving mechanical strength to tissues – especially important in the epidermis.<ref>Alberts, B., Johnson, A., Lewis, J., Raff, M., Roberts, K., Walter, P. (2007). Molecular Biology of the cell (Fifth ed.). Garland Science.</ref>		Hemidesmosomes are [[Desmosomes\|desmosomes]] in a morphological way and in binding to [[Intermediate filaments\|intermediate filaments]], which means they are also a type of anchoring junction. They therefore, like [[Desmosomes\|desmosomes]], act as rivets to distribute tensile forces through the [[Epithelium\|epithelium]]. However whilst [[Desmosomes\|desmosomes]] link two cells together, hemidesmosomes bind the basal surface of an epithelial cell to the underlying [[Basal lamina\|basal lamina]]. Here, intergrins is implemented as the transmembrane connector and its extracellular domains control the adhesion to a laminin protein known as desmopenetrin. In contrast to desmosomes, the [[Keratin\|keratin]] filaments associated with hemidesmosomes have their ends submerged within the [[Plaque\|plaque]]. [[Desmosomes]] combined with hemidesmosomes provide hyper-adhesion between cells giving mechanical strength to tissues – especially important in the epidermis<ref>Alberts, B., Johnson, A., Lewis, J., Raff, M., Roberts, K., Walter, P. (2007). Molecular Biology of the cell (Fifth ed.). Garland Science.</ref>.

	=== '''References''' ===		=== '''References''' ===

	<references />		<references />

Nnjm2 at 14:25, 28 November 2014

2014-11-28T14:25:51Z

← Older revision		Revision as of 14:25, 28 November 2014
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	Hemidesmosomes are [[Desmosomes\|desmosomes]] in a morphological way and in binding to [[Intermediate filaments\|intermediate filaments]], which means they are also a type of anchoring junction. They therefore, like [[~~desmosomes~~\|desmosomes]], act as rivets to distribute tensile forces through the [[Epithelium\|epithelium]]. However whilst [[Desmosomes\|desmosomes]] link two cells together, hemidesmosomes bind the basal surface of an epithelial cell to the underlying [[Basal lamina\|basal lamina]]. Here, intergrins is implemented as the transmembrane connector and its extracellular domains control the adhesion to a laminin protein known as desmopenetrin. In contrast to desmosomes, the [[Keratin\|keratin]] filaments associated with hemidesmosomes have their ends submerged within the [[Plaque\|plaque]]. [[Desmosomes]] combined with hemidesmosomes provide hyper-adhesion between cells giving mechanical strength to tissues – especially important in the epidermis.<ref>Alberts, B., Johnson, A., Lewis, J., Raff, M., Roberts, K., Walter, P. (2007). Molecular Biology of the cell (Fifth ed.). Garland Science.</ref>		Hemidesmosomes are [[Desmosomes\|desmosomes]] in a morphological way and in binding to [[Intermediate filaments\|intermediate filaments]], which means they are also a type of anchoring junction. They therefore, like [[Desmosomes\|desmosomes]], act as rivets to distribute tensile forces through the [[Epithelium\|epithelium]]. However whilst [[Desmosomes\|desmosomes]] link two cells together, hemidesmosomes bind the basal surface of an epithelial cell to the underlying [[Basal lamina\|basal lamina]]. Here, intergrins is implemented as the transmembrane connector and its extracellular domains control the adhesion to a laminin protein known as desmopenetrin. In contrast to desmosomes, the [[Keratin\|keratin]] filaments associated with hemidesmosomes have their ends submerged within the [[Plaque\|plaque]]. [[Desmosomes]] combined with hemidesmosomes provide hyper-adhesion between cells giving mechanical strength to tissues – especially important in the epidermis.<ref>Alberts, B., Johnson, A., Lewis, J., Raff, M., Roberts, K., Walter, P. (2007). Molecular Biology of the cell (Fifth ed.). Garland Science.</ref>

	= '''References''' =		=== '''References''' ===

	<references />		<references />

130085258 at 12:08, 28 November 2014

2014-11-28T12:08:57Z

← Older revision		Revision as of 12:08, 28 November 2014
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	Hemidesmosomes are [[Desmosomes\|desmosomes]] in a morphological way and in binding to [[Intermediate filaments\|intermediate filaments]], which means they are also a type of anchoring junction. They therefore, like [[~~Desmosomes~~]], act as rivets to distribute tensile forces through the [[Epithelium\|epithelium]]. However whilst [[Desmosomes\|desmosomes]] link two cells together, hemidesmosomes bind the basal surface of an epithelial cell to the underlying [[Basal lamina\|basal lamina]]. Here, intergrins is implemented as the transmembrane connector and its extracellular domains control the adhesion to a laminin protein known as desmopenetrin. In contrast to desmosomes, the [[Keratin\|keratin]] filaments associated with hemidesmosomes have their ends submerged within the [[Plaque\|plaque]]. [[Desmosomes]] combined with hemidesmosomes provide hyper-adhesion between cells giving mechanical strength to tissues – especially important in the epidermis.<ref>Alberts, B., Johnson, A., Lewis, J., Raff, M., Roberts, K., Walter, P. (2007). Molecular Biology of the cell (Fifth ed.). Garland Science.</ref>		Hemidesmosomes are [[Desmosomes\|desmosomes]] in a morphological way and in binding to [[Intermediate filaments\|intermediate filaments]], which means they are also a type of anchoring junction. They therefore, like [[desmosomes\|desmosomes]], act as rivets to distribute tensile forces through the [[Epithelium\|epithelium]]. However whilst [[Desmosomes\|desmosomes]] link two cells together, hemidesmosomes bind the basal surface of an epithelial cell to the underlying [[Basal lamina\|basal lamina]]. Here, intergrins is implemented as the transmembrane connector and its extracellular domains control the adhesion to a laminin protein known as desmopenetrin. In contrast to desmosomes, the [[Keratin\|keratin]] filaments associated with hemidesmosomes have their ends submerged within the [[Plaque\|plaque]]. [[Desmosomes]] combined with hemidesmosomes provide hyper-adhesion between cells giving mechanical strength to tissues – especially important in the epidermis.<ref>Alberts, B., Johnson, A., Lewis, J., Raff, M., Roberts, K., Walter, P. (2007). Molecular Biology of the cell (Fifth ed.). Garland Science.</ref>

	= '''References''' =		= '''References''' =

	<references />		<references />

130085258: Created page with "Hemidesmosomes are desmosomes in a morphological way and in binding to intermediate filaments, which means they are also a type of ..."

2014-11-28T12:07:56Z

Created page with "Hemidesmosomes are desmosomes in a morphological way and in binding to intermediate filaments, which means they are also a type of ..."

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Hemidesmosomes are [[Desmosomes|desmosomes]] in a morphological way and in binding to [[Intermediate filaments|intermediate filaments]], which means they are also a type of anchoring junction. They therefore, like [[Desmosomes]], act as rivets to distribute tensile forces through the [[Epithelium|epithelium]]. However whilst [[Desmosomes|desmosomes]] link two cells together, hemidesmosomes bind the basal surface of an epithelial cell to the underlying [[Basal lamina|basal lamina]]. Here, intergrins is implemented as the transmembrane connector and its extracellular domains control the adhesion to a laminin protein known as desmopenetrin. In contrast to desmosomes, the [[Keratin|keratin]] filaments associated with hemidesmosomes have their ends submerged within the [[Plaque|plaque]]. [[Desmosomes]] combined with hemidesmosomes provide hyper-adhesion between cells giving mechanical strength to tissues – especially important in the epidermis.<ref>Alberts, B., Johnson, A., Lewis, J., Raff, M., Roberts, K., Walter, P. (2007). Molecular Biology of the cell (Fifth ed.). Garland Science.</ref>

= '''References''' =

<references />