Translations:Erythrozyt/3/en - Versionsgeschichte

Ischler am 7. Juli 2019 um 13:47 Uhr

2019-07-07T13:47:38Z

Ischler am 7. Juli 2019 um 13:01 Uhr

2019-07-07T13:01:59Z

Ischler am 7. Juli 2019 um 13:01 Uhr

2019-07-07T13:01:04Z

Ischler am 7. Juli 2019 um 12:54 Uhr

2019-07-07T12:54:05Z

127.0.0.1: Fixed wikilinks.

2019-05-21T22:24:39Z

Fixed wikilinks.

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2019-04-16T19:35:33Z

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Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[bone marrow]]. The red blood cells (erythrocytes, singular of the erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[capillary|capillaries]] they pass through. As a result, they lie close to the [[endothelium]] of the capillary and can release [[oxygen]] to the tissue and absorb [[carbon dioxide]]. Due to their special shape, they are able to walk through even [[capillaries|capillaries]] that are only half the size.

← Nächstältere Version		Version vom 7. Juli 2019, 13:47 Uhr
Zeile 1:		Zeile 1:
−	Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[Knochenmark/en\|bone marrow]]. The red blood cells (erythrocytes, singular:erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[Kapillare/en\|capillaries]] they pass through. As a result, they lie close to the [[Endothel/en\|endothelium]] of the capillary and can release [[Sauerstoff/en\|oxygen]] to the tissue and absorb [[~~Kohlendioxid~~/en\|carbon dioxide]]. Due to their special shape, they are able to walk through even capillaries that are only half the size.	+	Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[Knochenmark/en\|bone marrow]]. The red blood cells (erythrocytes, singular:erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[Kapillare/en\|capillaries]] they pass through. As a result, they lie close to the [[Endothel/en\|endothelium]] of the capillary and can release [[Sauerstoff/en\|oxygen]] to the tissue and absorb [[Kohlenstoffdioxid/en\|carbon dioxide]]. Due to their special shape, they are able to walk through even capillaries that are only half the size.

← Nächstältere Version		Version vom 7. Juli 2019, 13:01 Uhr
Zeile 1:		Zeile 1:
−	Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[Knochenmark/en\|bone marrow]]. The red blood cells (erythrocytes, singular:erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[~~Kapillaren~~/en\|capillaries]] they pass through. As a result, they lie close to the [[Endothel/en\|endothelium]] of the capillary and can release [[Sauerstoff/en\|oxygen]] to the tissue and absorb [[Kohlendioxid/en\|carbon dioxide]]. Due to their special shape, they are able to walk through even ~~[[capillaries\|~~capillaries]] that are only half the size.	+	Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[Knochenmark/en\|bone marrow]]. The red blood cells (erythrocytes, singular:erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[Kapillare/en\|capillaries]] they pass through. As a result, they lie close to the [[Endothel/en\|endothelium]] of the capillary and can release [[Sauerstoff/en\|oxygen]] to the tissue and absorb [[Kohlendioxid/en\|carbon dioxide]]. Due to their special shape, they are able to walk through even capillaries that are only half the size.

← Nächstältere Version		Version vom 7. Juli 2019, 13:01 Uhr
Zeile 1:		Zeile 1:
−	Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[Knochenmark/en\|bone marrow]]. The red blood cells (erythrocytes, singular:erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[~~Kapillare~~/en\|capillaries]] they pass through. As a result, they lie close to the [[Endothel/en\|endothelium]] of the capillary and can release [[Sauerstoff/en\|oxygen]] to the tissue and absorb [[Kohlendioxid/en\|carbon dioxide]]. Due to their special shape, they are able to walk through even [[capillaries\|capillaries]] that are only half the size.	+	Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[Knochenmark/en\|bone marrow]]. The red blood cells (erythrocytes, singular:erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[Kapillaren/en\|capillaries]] they pass through. As a result, they lie close to the [[Endothel/en\|endothelium]] of the capillary and can release [[Sauerstoff/en\|oxygen]] to the tissue and absorb [[Kohlendioxid/en\|carbon dioxide]]. Due to their special shape, they are able to walk through even [[capillaries\|capillaries]] that are only half the size.

← Nächstältere Version		Version vom 7. Juli 2019, 12:54 Uhr
Zeile 1:		Zeile 1:
−	Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[Knochenmark/en\|bone marrow]]. The red blood cells (erythrocytes, singular ~~of the~~ erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[Kapillare/en\|capillaries]] they pass through. As a result, they lie close to the [[Endothel/en\|endothelium]] of the capillary and can release [[Sauerstoff/en\|oxygen]] to the tissue and absorb [[Kohlendioxid/en\|carbon dioxide]]. Due to their special shape, they are able to walk through even [[capillaries\|capillaries]] that are only half the size.	+	Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[Knochenmark/en\|bone marrow]]. The red blood cells (erythrocytes, singular:erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[Kapillare/en\|capillaries]] they pass through. As a result, they lie close to the [[Endothel/en\|endothelium]] of the capillary and can release [[Sauerstoff/en\|oxygen]] to the tissue and absorb [[Kohlendioxid/en\|carbon dioxide]]. Due to their special shape, they are able to walk through even [[capillaries\|capillaries]] that are only half the size.

← Nächstältere Version		Version vom 21. Mai 2019, 22:24 Uhr
Zeile 1:		Zeile 1:
−	Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[bone marrow]]. The red blood cells (erythrocytes, singular of the erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[~~capillary~~\|capillaries]] they pass through. As a result, they lie close to the [[endothelium]] of the capillary and can release [[oxygen]] to the tissue and absorb [[carbon dioxide]]. Due to their special shape, they are able to walk through even [[capillaries\|capillaries]] that are only half the size.	+	Erythrocytes only have a lifespan of 100-120 days and are constantly regenerated in the red [[Knochenmark/en\|bone marrow]]. The red blood cells (erythrocytes, singular of the erythrocyte; from the Greek erythros for "red" and kytos for "hollow" or "cell") are the most common cells in the blood of vertebrates. They're also called red blood cells. They appear under the microscope as approximately equally large, pale, round discs, which are slightly dented in the middle from both sides (biconcave). They are between 7 and 8 µm in size and thus partly smaller than the [[Kapillare/en\|capillaries]] they pass through. As a result, they lie close to the [[Endothel/en\|endothelium]] of the capillary and can release [[Sauerstoff/en\|oxygen]] to the tissue and absorb [[Kohlendioxid/en\|carbon dioxide]]. Due to their special shape, they are able to walk through even [[capillaries\|capillaries]] that are only half the size.