cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.647979
title: CIL:24800

description: Structural differentiation of actin network in lamellipodium. Electron micrograph of Xenopus keratocyte after unprotected extraction without PEG and phalloidin. Actin network at lamellipodial rear disassembled in the course of unprotected extraction, whereas front zone remained as dense as in control cells (CIL 24801). Image corresponds to Figure 6b from J Cell Biol. 1999 May 31;145(5):1009-26.
DOI: 10.6084/m9.figshare.647976.v1
title: CIL:24580

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodia followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647977
title: CIL:24784

description: Localization of XAC (Xenopus ADF/cofilin) in Xenopus fibroblasts. Immuno-EM with XAC antibody at low magnification. High magnification view is available at CIL 24785. Nucleus and surrounding regions look bright because of high content of cellular proteins, which creates high electron density (brightness in inverted contrast). Immunogold-labeling in these central regions is very low. Image corresponds to Figure 10h from J Cell Biol. 1999 May 31;145(5):1009-26.
DOI: 10.6084/m9.figshare.647975
title: CIL:24579

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647977.v1
title: CIL:24784

description: Localization of XAC (Xenopus ADF/cofilin) in Xenopus fibroblasts. Immuno-EM with XAC antibody at low magnification. High magnification view is available at CIL 24785. Nucleus and surrounding regions look bright because of high content of cellular proteins, which creates high electron density (brightness in inverted contrast). Immunogold-labeling in these central regions is very low. Image corresponds to Figure 10h from J Cell Biol. 1999 May 31;145(5):1009-26.
DOI: 10.6084/m9.figshare.647978.v1
title: CIL:24785

description: Localization of XAC (Xenopus ADF/cofilin) in Xenopus fibroblasts. Immuno-EM with XAC antibody at high magnification. Low magnification view is available at CIL 24784. Nucleus and surrounding regions look bright because of high content of cellular proteins, which creates high electron density (brightness in inverted contrast). Immunogold-labeling in these central regions is very low. Image corresponds to Figure 10i from J Cell Biol. 1999 May 31;145(5):1009-26.
DOI: 10.6084/m9.figshare.647979.v1
title: CIL:24800

description: Structural differentiation of actin network in lamellipodium. Electron micrograph of Xenopus keratocyte after unprotected extraction without PEG and phalloidin. Actin network at lamellipodial rear disassembled in the course of unprotected extraction, whereas front zone remained as dense as in control cells (CIL 24801). Image corresponds to Figure 6b from J Cell Biol. 1999 May 31;145(5):1009-26.
DOI: 10.6084/m9.figshare.647973
title: CIL:24577

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647974
title: CIL:24578

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647972
title: CIL:24576

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647973.v1
title: CIL:24577

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647974.v1
title: CIL:24578

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647975.v1
title: CIL:24579

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647970
title: CIL:24574

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647971
title: CIL:24575

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647972.v1
title: CIL:24576

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647969
title: CIL:24573

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647970.v1
title: CIL:24574

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647971.v1
title: CIL:24575

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.
DOI: 10.6084/m9.figshare.647968
title: CIL:24572

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647969.v1
title: CIL:24573

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647965
title: CIL:24567

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647966
title: CIL:24568

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Adapted with permission. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647967
title: CIL:24569

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647968.v1
title: CIL:24572

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647964
title: CIL:24566

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647965.v1
title: CIL:24567

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647966.v1
title: CIL:24568

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Adapted with permission. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647967.v1
title: CIL:24569

description: A frame from the grouped movie of a Balamuthia mandrillaris ameba within a culture of monkey kidney cells. Accompanying photographs are enlargements of the tips of pseudopodia to demonstrate their flexibility and movement, and a second set of photographs demonstrate the puncture of the plasma membrane of a monkey kidney cell. The first shows an indentation in the cell membrane, the withdrawal of the pseudopodia tip and the subsequent rupture of the membrane in the area indented by the amebic tip. The eventual break in the membrane may have resulted from the release of a proteolytic enzyme. Details of the preparation can be found in CIL:19325.
DOI: 10.6084/m9.figshare.647962
title: CIL:24564

description: A single frame from the movie (CIL:20154) that shows a large rounded monkey kidney cell being penetrated by a pseudopodium followed by the whole Balamuthia ameba. Detection of the ameba within, rather than on, or beneath the cell is indicated by the change in clarity of the ameba outside and then inside the cell's exterior membrane. The ameba with splayed pseudopodia had begun to enter in apparently a slit in the surface of the cell. The integrity of the cell is maintained and its size does not change appreciably. The portion of the ameba within the cell is less clear than that portion still outside, and as it continues movement within the cell that continues until only a small portion (tail) of the ameba remains outside. Photographed at 1200X. Additional photographs (grouped with this movie) show the movement of the ameba inside of the cell its movement deforms the rounded exterior membrane before the whole ameba emerges some 20 minutes later.