id large_stringclasses 854
values | page int64 33 906 | caption large_stringlengths 15 1.17k | entities listlengths 2 2 | text large_stringlengths 491 2.93k | image imagewidth (px) 91 1.11k | textbook stringclasses 2
values |
|---|---|---|---|---|---|---|
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Karyorrhexis",
"Vacuole"
] | ### Discussion of <image_1> in relation to Karyorrhexis
In the context of the provided image, karyorrhexis is depicted as a stage of irreversible cell injury, specifically necrosis. The illustration shows a cell undergoing this process, where the nucleus is fragmented into smaller, irregular pieces. This fragmentation ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Rough Endoplasmic Reticulum",
"Cell Membrane"
] | ### Discussion of <image_1> in relation to Rough Endoplasmic Reticulum
In the provided illustration, the Rough Endoplasmic Reticulum (RER) is depicted as a prominent, convoluted network of membranes within the cell. It is characterized by its studded appearance, which is due to the presence of ribosomes attached to its... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Lysosome",
"Pyknosis"
] | ### Discussion of <image_1> in relation to Lysosome
In the provided illustration, lysosomes are depicted as small, spherical organelles with a distinct purple hue, scattered throughout the cytoplasm of the cell. These structures are shown to be intact and functional in the initial stages of reversible cell injury, wher... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cell Membrane",
"Reversible Cell Injury"
] | ### Discussion of <image_1> in relation to Cell Membrane
The cell membrane is depicted as a dynamic, semi-permeable barrier that defines the cell's boundary. In the context of reversible cell injury, the image shows the membrane becoming swollen and losing its distinct, smooth contour. This alteration is a key visual i... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Ribosome",
"Karyolysis"
] | ### Discussion of <image_1> in relation to Ribosome
In the context of reversible cell injury, the ribosomes within the cell are depicted as becoming less prominent and more dispersed. This change is a key indicator of the cell's response to stress, where the machinery responsible for protein synthesis is compromised. T... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Ribosome",
"Cell Membrane"
] | ### Discussion of <image_1> in relation to Ribosome
In the provided illustration of reversible cell injury and necrosis, the ribosomes are depicted as small, dot-like structures scattered throughout the cytoplasm of the cell. These organelles, which are responsible for protein synthesis, appear to be intact and evenly ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Rough Endoplasmic Reticulum",
"Necrosis"
] | ### Discussion of <image_1> in relation to Rough Endoplasmic Reticulum
In the provided illustration, the Rough Endoplasmic Reticulum (RER) is depicted as a prominent, convoluted network of membranes within the cell. It is characterized by its studded appearance, which is due to the presence of ribosomes attached to its... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Lysosome",
"Reversible Cell Injury"
] | ### Discussion of <image_1> in relation to Lysosome
In the provided illustration, lysosomes are depicted as small, spherical organelles with a distinct purple hue, scattered throughout the cytoplasm of the cell. These organelles are shown in various stages of activity, with some appearing intact and others showing sign... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nucleolus",
"Pyknosis"
] | ### Discussion of <image_1> in relation to Nucleolus
The image illustrates the progression of cellular injury, highlighting the role of the nucleolus. In the initial stage of reversible cell injury, the nucleolus is depicted as a prominent, intact structure within the nucleus, indicating that the cell is still viable a... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Golgi Apparatus",
"Cellular Injury"
] | ### Discussion of <image_1> in relation to Golgi Apparatus
The Golgi apparatus is a key organelle depicted in the illustrations, shown as a stack of flattened, membrane-bound sacs (cisternae) within the cell. In the context of reversible cell injury, the Golgi apparatus appears intact and functional, maintaining its ro... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Ribosome",
"Vacuole"
] | ### Discussion of <image_1> in relation to Ribosome
In the provided illustration of reversible cell injury and necrosis, the ribosomes are depicted as small, dot-like structures scattered throughout the cytoplasm. These organelles, which are responsible for protein synthesis, appear to be intact and numerous in the ear... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Mitochondria",
"Vacuolization"
] | ### Discussion of <image_1> in relation to Mitochondria
In the provided illustration, mitochondria are depicted as distinct, elongated organelles with a characteristic folded inner membrane structure, shown in purple. They are consistently present across all three stages of cellular depiction: the initial healthy state... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Chromatin",
"Membrane Disruption"
] | ### Discussion of <image_1> in relation to Chromatin
In the context of reversible cell injury, the chromatin within the nucleus undergoes specific alterations. As depicted in the top illustration, the chromatin becomes clumped and condensed, a process known as pyknosis. This is a hallmark of cellular stress and is a ke... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Mitochondria",
"Cell Membrane"
] | ### Discussion of <image_1> in relation to Mitochondria
In the provided illustration, mitochondria are depicted as distinct, elongated organelles with a characteristic folded inner membrane structure, shown in purple. The caption highlights that these organelles are central to the process of reversible cell injury and ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Lysosome",
"Necrosis"
] | ### Discussion of <image_1> in relation to Lysosome
In the provided illustration, lysosomes are depicted as small, spherical organelles with a distinct purple hue, scattered throughout the cytoplasm of the cell. These structures are shown to be integral components of the cell, maintaining their integrity and function u... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cell",
"Golgi Apparatus"
] | ### Discussion of <image_1> in relation to Cell
The image illustrates the progression of cellular injury, starting with a healthy cell and moving through stages of reversible injury to necrosis. The cell is depicted with various organelles, including the nucleus, mitochondria, and Golgi apparatus. In the initial stage,... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Membrane",
"Necrosis"
] | ### Discussion of <image_1> in relation to Nuclear Membrane
The image illustrates the progression of cellular injury, highlighting the nuclear membrane as a key structure. In the initial stage of reversible cell injury, the nuclear membrane remains intact, although the chromatin may appear condensed. As the injury prog... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Pyknosis",
"Vacuole"
] | ### Discussion of <image_1> in relation to Pyknosis
In the context of the provided image, pyknosis is depicted as a key feature of irreversible cell injury, specifically necrosis. The illustration shows a cell undergoing pyknosis, characterized by the condensation and darkening of the nucleus, which is a hallmark of ce... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Mitochondria",
"Ribosome"
] | ### Discussion of <image_1> in relation to Mitochondria
In the provided illustration of reversible cell injury and necrosis, mitochondria are depicted as key organelles undergoing significant structural changes. In the top panel, representing reversible injury, the mitochondria appear swollen and their cristae (the inn... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cell",
"Mitochondria"
] | ### Discussion of <image_1> in relation to Cell
The image illustrates the progression of cellular injury, starting with a healthy cell and moving through stages of reversible injury to necrosis. The cell is depicted with various organelles, including mitochondria, which are crucial for cellular function. In the initial... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cytoplasm",
"Necrosis"
] | ### Discussion of <image_1> in relation to Cytoplasm
The cytoplasm is the gel-like substance within the cell that contains all the organelles. In the context of reversible cell injury, the cytoplasm may become swollen due to the influx of water, a process known as hydropic change. This swelling can lead to the displace... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Envelope",
"Mitochondria"
] | ### Discussion of <image_1> in relation to Nuclear Envelope
The nuclear envelope, depicted as a double membrane structure surrounding the nucleus, is shown to be intact in the top illustration representing reversible cell injury. In the middle and bottom illustrations, which depict necrosis, the nuclear envelope is vis... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Lysosome",
"Karyorrhexis"
] | ### Discussion of <image_1> in relation to Lysosome
In the context of reversible cell injury and necrosis, lysosomes play a crucial role. The image illustrates how lysosomes, which are membrane-bound organelles containing hydrolytic enzymes, can become destabilized during cellular injury. This destabilization may lead ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Chromatin",
"Ribosome"
] | ### Discussion of <image_1> in relation to Chromatin
In the provided illustration, chromatin is depicted as a key component within the cell nucleus, which is shown in various states of cellular injury. The nucleus, characterized by its purple hue, contains chromatin that appears condensed and fragmented, indicative of ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Golgi Apparatus",
"Pyknosis"
] | ### Discussion of <image_1> in relation to Golgi Apparatus
In the provided illustration, the Golgi apparatus is depicted as a distinct organelle within the cell, characterized by its stacked, flattened membrane structures. In the top panel, representing reversible cell injury, the Golgi apparatus appears intact and fun... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cellular Injury",
"Vacuolization"
] | ### Discussion of <image_1> in relation to Cellular Injury
The image illustrates the progression of cellular injury, starting with a healthy cell and moving through stages of reversible injury to necrosis. The top cell shows a normal structure, while the middle cell exhibits early signs of injury, such as swelling and ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nucleus",
"Karyolysis"
] | ### Discussion of <image_1> in relation to Nucleus
The nucleus is a prominent feature in the illustrated cells, depicted as a large, purple, spherical structure within the cell's cytoplasm. In the context of reversible cell injury, the nucleus remains intact and retains its normal morphology, indicating that the cell i... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Membrane",
"Vacuolization"
] | ### Discussion of <image_1> in relation to Nuclear Membrane
In the provided illustration, the nuclear membrane is depicted as a critical component of cellular structure, particularly in the context of reversible cell injury. The top panel shows a healthy cell with an intact nuclear membrane, which encloses the nucleus ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cytoplasm",
"Reversible Cell Injury"
] | ### Discussion of <image_1> in relation to Cytoplasm
The cytoplasm is depicted as the primary site of cellular alteration during reversible cell injury. In the initial stages, the cytoplasm undergoes swelling, becoming pale and vacuolated, which is a hallmark of reversible injury. This swelling is caused by the influx ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Necrosis",
"Karyolysis"
] | ### Discussion of <image_1> in relation to Necrosis
The image illustrates the progression of cellular damage, culminating in necrosis. The top cell represents a healthy state, while the middle cell shows early signs of injury, such as cellular swelling and organelle damage. The bottom cell depicts advanced necrosis, ch... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cell",
"Cellular Injury"
] | ### Discussion of <image_1> in relation to Cell
The image illustrates a progression of cellular states, beginning with a healthy cell depicted at the top. This initial cell is characterized by a well-defined structure, including a prominent nucleus and intact organelles, representing a normal, functional state. As the ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Mitochondria",
"Membrane Disruption"
] | ### Discussion of <image_1> in relation to Mitochondria
In the provided illustration, mitochondria are depicted as key organelles within the cell, shown as distinct, elongated structures with internal folds (cristae). In the context of reversible cell injury, these mitochondria appear swollen and their cristae become l... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nucleolus",
"Lysosome"
] | ### Discussion of <image_1> in relation to Nucleolus
In the provided illustration of reversible cell injury and necrosis, the nucleolus is prominently featured within the cell nucleus. Initially, the nucleolus appears intact and well-defined, indicating a healthy state. As the cell progresses through stages of injury, ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cellular Injury",
"Pyknosis"
] | ### Discussion of <image_1> in relation to Cellular Injury
The image illustrates the progression of cellular injury, starting with a healthy cell and moving through stages of reversible injury to necrosis. The top cell shows a normal, healthy state with intact organelles and a clear nucleus. The middle cell depicts ear... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Reversible Cell Injury",
"Membrane Disruption"
] | ### Discussion of <image_1> in relation to Reversible Cell Injury
In the context of the provided image, reversible cell injury is depicted as the initial stage of cellular damage. The top illustration shows a cell with a slightly swollen appearance and a somewhat distorted nucleus, indicating early signs of injury. The... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Chromatin",
"Pyknosis"
] | ### Discussion of <image_1> in relation to Chromatin
In the context of reversible cell injury and necrosis, chromatin undergoes significant alterations. Initially, chromatin may appear as a more diffuse or evenly distributed structure within the nucleus. As the injury progresses, chromatin can become more condensed and... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Ribosome",
"Pyknosis"
] | ### Discussion of <image_1> in relation to Ribosome
In the provided illustration, ribosomes are depicted as small, dot-like structures scattered throughout the cytoplasm of the cells. These organelles are crucial for protein synthesis and are shown in various stages of cellular response to injury. In the top cell, repr... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cell",
"Vacuole"
] | ### Discussion of <image_1> in relation to Cell
The image illustrates the progression of cellular injury, starting with a healthy cell at the top, characterized by a distinct nucleus and intact organelles. As the cell undergoes reversible injury, it shows signs of swelling and membrane damage, depicted in the middle se... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cell",
"Karyorrhexis"
] | ### Discussion of <image_1> in relation to Cell
The image illustrates a progression of cellular states, beginning with a healthy cell and advancing through stages of reversible injury to necrosis. The initial depiction shows a cell with intact organelles and a well-defined nucleus, representing the baseline healthy sta... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Envelope",
"Pyknosis"
] | ### Discussion of <image_1> in relation to Nuclear Envelope
The nuclear envelope, a double-membrane structure that encloses the nucleus, is depicted in the image as a key component of the cell. In the context of reversible cell injury, the nuclear envelope remains intact, maintaining the structural integrity of the nuc... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cell",
"Rough Endoplasmic Reticulum"
] | ### Discussion of <image_1> in relation to Cell
The image illustrates the progression of cellular injury, starting with a healthy cell and moving through stages of reversible injury to necrosis. The cell is depicted with various organelles, including the nucleus, mitochondria, and rough endoplasmic reticulum. In the in... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cellular Injury",
"Membrane Disruption"
] | ### Discussion of <image_1> in relation to Cellular Injury
The image illustrates the progression of cellular injury, starting with a healthy cell and moving through stages of reversible injury to necrosis. The top cell shows a normal structure, while the middle cell exhibits signs of reversible injury, such as swelling... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Lysosome",
"Cell Membrane"
] | ### Discussion of <image_1> in relation to Lysosome
In the provided illustration, the lysosome is depicted as a distinct organelle within the cell, characterized by its purple color and membrane-bound structure. The image shows the lysosome in various states of integrity and function, highlighting its role in cellular ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Rough Endoplasmic Reticulum",
"Membrane Disruption"
] | ### Discussion of <image_1> in relation to Rough Endoplasmic Reticulum
In the provided illustration, the Rough Endoplasmic Reticulum (RER) is depicted as a key component within the cell's structure. The RER is shown as a network of membranes studded with ribosomes, which are responsible for protein synthesis. In the co... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cell Membrane",
"Karyolysis"
] | ### Discussion of <image_1> in relation to Cell Membrane
The image illustrates the progression of reversible cell injury and necrosis, with a focus on the cell membrane. In the initial stage, the cell membrane is intact, maintaining the cell's structural integrity. As the injury progresses, the cell membrane becomes in... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Chromatin",
"Rough Endoplasmic Reticulum"
] | ### Discussion of <image_1> in relation to Chromatin
In the context of reversible cell injury and necrosis, the chromatin within the nucleus undergoes significant alterations. Initially, the chromatin may appear condensed and clumped, indicating early stages of injury. As the injury progresses, the chromatin can become... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nucleolus",
"Karyorrhexis"
] | ### Discussion of <image_1> in relation to Nucleolus
The image illustrates the progression of cellular injury, starting with a healthy cell and moving through stages of reversible injury to necrosis. In the initial depiction of a healthy cell, the nucleolus is prominently visible within the nucleus, appearing as a dist... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Membrane",
"Karyolysis"
] | ### Discussion of <image_1> in relation to Nuclear Membrane
The nuclear membrane, depicted as a distinct, intact structure surrounding the nucleus in the top illustration, represents the initial state of a cell undergoing reversible injury. In this phase, the nuclear membrane remains unbroken, signifying that the cell'... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nucleus",
"Reversible Cell Injury"
] | ### Discussion of <image_1> in relation to Nucleus
The nucleus is depicted as a prominent, centrally located organelle within the cell, characterized by its distinct purple coloration and a surrounding golden, textured membrane. In the top illustration, representing a healthy state, the nucleus appears intact and well-... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Mitochondria",
"Karyolysis"
] | ### Discussion of <image_1> in relation to Mitochondria
In the provided illustration, mitochondria are depicted as key organelles within the cell, shown as elongated structures with internal folds (cristae). In the context of reversible cell injury, the mitochondria appear intact but may show signs of swelling or reduc... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Membrane",
"Ribosome"
] | ### Discussion of <image_1> in relation to Nuclear Membrane
The image illustrates the progression of cellular injury, highlighting the nuclear membrane's role in reversible and irreversible damage. In the initial stage, the nuclear membrane appears intact, signifying a healthy cell. As the cell undergoes reversible inj... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Reversible Cell Injury",
"Karyolysis"
] | ### Discussion of <image_1> in relation to Reversible Cell Injury
In the context of the provided image, reversible cell injury is depicted as the initial stage of cellular damage. The top illustration shows a cell with a swollen, pale cytoplasm and a slightly enlarged nucleus, indicating early signs of injury. The midd... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Rough Endoplasmic Reticulum",
"Karyolysis"
] | ### Discussion of <image_1> in relation to Rough Endoplasmic Reticulum
In the context of reversible cell injury, the Rough Endoplasmic Reticulum (RER) is depicted as becoming dilated and distended. This alteration is a key feature of the cell's response to stress, where the RER, which is responsible for protein synthes... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Mitochondria",
"Vacuole"
] | ### Discussion of <image_1> in relation to Mitochondria
In the provided illustration, mitochondria are depicted as distinct, elongated organelles with a characteristic folded inner membrane structure, often referred to as cristae. These structures are shown within the cytoplasm of the cell, highlighting their role in c... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Necrosis",
"Vacuole"
] | ### Discussion of <image_1> in relation to Necrosis
The caption describes a progression of cellular states, culminating in necrosis. In the context of the image, the bottom panel illustrates the final stage of this progression, where the cell has undergone irreversible damage. The cell's structure is severely compromis... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Golgi Apparatus",
"Cytoplasm"
] | ### Discussion of <image_1> in relation to Golgi Apparatus
In the provided illustration, the Golgi apparatus is depicted as a distinct organelle within the cell, characterized by its stacked, flattened membrane structures. In the top panel, representing reversible cell injury, the Golgi apparatus appears intact and wel... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cell",
"Pyknosis"
] | ### Discussion of <image_1> in relation to Cell
The image illustrates the progression of cellular injury, starting with a healthy cell and moving through stages of reversible injury to necrosis. The initial cell is depicted as intact and functional, with a clear nucleus and well-defined organelles. As the injury progre... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Chromatin",
"Vacuole"
] | ### Discussion of <image_1> in relation to Chromatin
In the provided illustration, the chromatin within the nucleus undergoes significant changes as the cell progresses from reversible injury to necrosis. Initially, the chromatin appears condensed and clumped, indicating early stages of cellular stress. As the injury b... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Membrane",
"Rough Endoplasmic Reticulum"
] | ### Discussion of <image_1> in relation to Nuclear Membrane
In the provided illustration, the nuclear membrane is depicted as a critical component of the cell's structure, particularly in the context of reversible cell injury and necrosis. The image shows the nuclear membrane as a distinct, intact boundary surrounding ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Envelope",
"Ribosome"
] | ### Discussion of <image_1> in relation to Nuclear Envelope
The nuclear envelope, depicted as a double membrane structure surrounding the nucleus, is shown in various states of cellular injury. In the top illustration, the nuclear envelope appears intact, with the nucleus maintaining its normal shape and size. As the c... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Golgi Apparatus",
"Vacuole"
] | ### Discussion of <image_1> in relation to Golgi Apparatus
In the provided illustration of reversible cell injury and necrosis, the Golgi apparatus is depicted as a distinct organelle within the cell. In the top panel, representing a healthy cell, the Golgi apparatus appears as a well-defined, stacked structure, indica... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Membrane",
"Vacuole"
] | ### Discussion of <image_1> in relation to Nuclear Membrane
In the provided illustration, the nuclear membrane is depicted as a critical component of cellular structure, particularly in the context of reversible cell injury and necrosis. The top image shows an intact cell with a clearly defined nuclear membrane, which ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nucleus",
"Nuclear Membrane"
] | ### Discussion of <image_1> in relation to Nucleus
The nucleus is the central organelle depicted in the illustrations, serving as the control center for the cell. In the top panel, representing reversible injury, the nucleus appears intact with a smooth, well-defined nuclear membrane. As the cell progresses through sta... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Chromatin",
"Necrosis"
] | ### Discussion of <image_1> in relation to Chromatin
In the provided illustration, chromatin is depicted as a key component of the cell nucleus, which undergoes significant changes during reversible cell injury and necrosis. The top image shows a cell with intact chromatin, indicating a healthy state. As the cell progr... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Ribosome",
"Cytoplasm"
] | ### Discussion of <image_1> in relation to Ribosome
In the provided illustration of reversible cell injury and necrosis, the ribosomes are depicted as small, dot-like structures scattered throughout the cytoplasm. These organelles, which are responsible for protein synthesis, appear as numerous tiny dots within the cel... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Cell",
"Chromatin"
] | ### Discussion of <image_1> in relation to Cell
The image illustrates the progression of cellular injury, starting with a healthy cell and moving through stages of reversible injury to necrosis. The cell is depicted with various organelles, including the nucleus, mitochondria, and lysosomes, which are shown undergoing ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Chromatin",
"Cell Membrane"
] | ### Discussion of <image_1> in relation to Chromatin
In the provided illustration, the chromatin within the nucleus undergoes significant changes as the cell progresses from reversible injury to necrosis. Initially, the chromatin appears condensed and clumped, indicating early stages of cellular stress. As the injury b... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Membrane",
"Chromatin"
] | ### Discussion of <image_1> in relation to Nuclear Membrane
In the provided illustration, the nuclear membrane is depicted as a crucial component of the cell's structure, particularly in the context of reversible cell injury and necrosis. The image shows the nuclear membrane as a distinct, intact boundary surrounding t... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Chromatin",
"Vacuolization"
] | ### Discussion of <image_1> in relation to Chromatin
In the provided illustration, the progression of cellular injury is depicted through distinct stages. The top panel shows a cell with normal chromatin, characterized by a uniform, evenly distributed pattern within the nucleus. As the cell transitions into the middle ... | basic_pathology | |
img_005 | 43 | Reversible cell injury and necrosis. The principal cellular alterations that characterize reversible cell injury and necrosis are illustrated. By conven- tion, reversible injury is considered to culminate in necrosis if the injurious stimulus is not removed. | [
"Nuclear Envelope",
"Reversible Cell Injury"
] | ### Discussion of <image_1> in relation to Nuclear Envelope
The nuclear envelope, depicted as a distinct, double-membrane structure surrounding the nucleus, is shown in various states of integrity. In the top illustration, the nuclear envelope appears intact and well-defined, encasing the nucleus. As the image progress... | basic_pathology |
End of preview. Expand in Data Studio
README.md exists but content is empty.
- Downloads last month
- 39