<p>(A) An astrocyte (red A) gathers dead cells (yellow arrowheads) by adhering to the dead cells with its processes' before dragging the dead cells towards the cell body. First picture is taken 40 minutes after injury and time indicated for each picture is time lapsed after the first image. Scale bar = 20 µm, the dashed lines represent the scratch. (B) An astrocyte (red A) actively gathers and engulfs cell debris (yellow arrowhead) that directly after engulfment appears in a vacuole within the astrocyte. First picture is taken 10 h, 40 minutes after injury and time indicated in the pictures is time lapsed after the first image. Scale bar = 10 µm.</p
Reactive astrocyte migration plays a critical role in wound healing and scar formation in many patho...
Astrocytes are thought to have important roles after brain injury, but their behavior has largely be...
Irrespective to the types of CNS injury, astrocytes are activated and become gliotic. Glial fibrilla...
<p>(A) Astrocytes derived from the adult brain engulf cell corpses. Mixed cell cultures derived from...
<p>(A) TEM image of an astrocyte in the process of engulfing a dead cell (white star) show interacti...
<p><b>A.</b> Nissl staining showing the damage after the cortical injury. Note the increment in cell...
<p>(A) Phase contrast micrograph of a scratch injury to a mixed cell culture of neurons, astrocytes ...
<div><p>Clearing of dead cells is a fundamental process to limit tissue damage following brain injur...
Clearing of dead cells is a fundamental process to limit tissue damage following brain injury. Engul...
<p>(A) The cell corpse (yellow arrowhead) is initially connected to the healthy neuron's (red star) ...
<p>(A) Phase-contrast of an injured culture. The scalpel cut create clear injury (dashed line) with ...
<p>Phase contrast images (contrast enhanced) depicts the uptake of a neuron process by an astrocyte ...
<p><b>A.</b> One of two single, isolated astrocytes (not sharing a membrane connection) from a corti...
An in vitro “scratch-wound ” model was used to evoke and investigate some astroglial responses to me...
<p>Apoptotic cells were pre-labeled with pHrodo-dye and added to (A,C) control macrophage cultures a...
Reactive astrocyte migration plays a critical role in wound healing and scar formation in many patho...
Astrocytes are thought to have important roles after brain injury, but their behavior has largely be...
Irrespective to the types of CNS injury, astrocytes are activated and become gliotic. Glial fibrilla...
<p>(A) Astrocytes derived from the adult brain engulf cell corpses. Mixed cell cultures derived from...
<p>(A) TEM image of an astrocyte in the process of engulfing a dead cell (white star) show interacti...
<p><b>A.</b> Nissl staining showing the damage after the cortical injury. Note the increment in cell...
<p>(A) Phase contrast micrograph of a scratch injury to a mixed cell culture of neurons, astrocytes ...
<div><p>Clearing of dead cells is a fundamental process to limit tissue damage following brain injur...
Clearing of dead cells is a fundamental process to limit tissue damage following brain injury. Engul...
<p>(A) The cell corpse (yellow arrowhead) is initially connected to the healthy neuron's (red star) ...
<p>(A) Phase-contrast of an injured culture. The scalpel cut create clear injury (dashed line) with ...
<p>Phase contrast images (contrast enhanced) depicts the uptake of a neuron process by an astrocyte ...
<p><b>A.</b> One of two single, isolated astrocytes (not sharing a membrane connection) from a corti...
An in vitro “scratch-wound ” model was used to evoke and investigate some astroglial responses to me...
<p>Apoptotic cells were pre-labeled with pHrodo-dye and added to (A,C) control macrophage cultures a...
Reactive astrocyte migration plays a critical role in wound healing and scar formation in many patho...
Astrocytes are thought to have important roles after brain injury, but their behavior has largely be...
Irrespective to the types of CNS injury, astrocytes are activated and become gliotic. Glial fibrilla...