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| |
| 
| 
| |
Type: |
| Micro |
| Organ/System: |
| Respiratory |
| Description: |
| RESPIRATORY: Lung: Paraquat Poisoning: Micro med mag H&E bronchiole with fibrosis chronic inflammation and hyperplasia bronchial glands surrounding tissue shows marked fibrosis lesion looks very much like DAD
|
© University of Alabama at Birmingham, Department of Pathology
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| 
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| |
Type: |
| Micro |
| Organ/System: |
| Heart |
| Description: |
| HEART: Thrombotic Nonbacterial Endocarditis Infected: Micro low mag H&E fibrin vegetation with masses of staphylococci and inflammatory cells in valve secondarily infected case 8 year survival breast papillary intraductal adenocarcinoma with extensive metastases gross is aortic valve lesions also 3
|
© University of Alabama at Birmingham, Department of Pathology
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| 
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| |
Type: |
| Micro |
| Organ/System: |
| Liver-Biliary |
| Description: |
| LIVER-BILIARY: Lupus Erythematosus Hepatitis: Micro high mag H&E periportal sinus thrombosis with liver cell necrosis and noninflammatory infiltrate possibly viral 19yo female with lupus erythematosus
|
© University of Alabama at Birmingham, Department of Pathology
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| 
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| |
Type: |
| Micro |
| Organ/System: |
| Liver-Biliary |
| Description: |
| LIVER-BILIARY: Lupus Erythematosus Hepatitis: Micro low mag trichrome stain periportal liver cell necrosis and sinus thrombosis with no inflammatory reaction cause unknown 19yo female with lupus erythematosus
|
© University of Alabama at Birmingham, Department of Pathology
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| |
| 
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| |
Type: |
| Micro |
| Organ/System: |
| Respiratory |
| Description: |
| RESPIRATORY: Lung: Viral Pneumonia: Micro med mag H&E respiratory bronchiole with dysplastic appearing epithelium and very few inflammatory type cells in wall early pneumonia in adjacent lung not a proved case but can be used as an example case had viral myocarditis and adrenal changes
|
© University of Alabama at Birmingham, Department of Pathology
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| |
| 
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| |
Type: |
| Micro |
| Organ/System: |
| Endocrine |
| Description: |
| ENDOCRINE: Adrenal: Viral Necrosis: Micro high mag H&E well shown cortical cell necrosis with pyknotic nuclei and eosinophilic cytoplasm no inflammatory reaction not a proved viral infection but was associated with viral type myocarditis and pneumonitis
|
© University of Alabama at Birmingham, Department of Pathology
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| |
| 
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| |
Type: |
| Micro |
| Organ/System: |
| Endocrine |
| Description: |
| ENDOCRINE: Adrenal: Viral Necrosis: Micro high mag H&E well shown cortical cell necrosis with no inflammatory reaction not a proved case of viral infection but one with viral type myocarditis and pneumonitis
|
© University of Alabama at Birmingham, Department of Pathology
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| |
| 
|
| |
Type: |
| Micro |
| Organ/System: |
| Respiratory |
| Description: |
| RESPIRATORY: Lung: Viral Pneumonia: Micro high mag H&E dysplastic epithelium in terminal bronchiole with mild chronic inflammation not a proved case but history and histology indicate this diagnosis
|
© University of Alabama at Birmingham, Department of Pathology
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| |
| 
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| |
Type: |
| Gross |
| Organ/System: |
| Male reproductive |
| Description: |
| MALE REPRODUCTIVE: Prostate: Hyperplasia: Gross natural color opened bladder with very large prostate gland and high median lobe extending into floor of bladder inflamed bladder mucosa and very hypertrophied bladder
|
© University of Alabama at Birmingham, Department of Pathology
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| |
| 
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| |
Type: |
| Gross |
| Organ/System: |
| Alimentary tract |
| Description: |
| ALIMENTARY TRACT: Colon: Ischemia: Gross natural color close-up of inflamed typical ischemic lesion with exudate over mucosa probably with mucosal necrosis but cannot really see such quite a good example
|
© University of Alabama at Birmingham, Department of Pathology
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| |
| 
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| |
Type: |
| Gross |
| Organ/System: |
| Alimentary tract |
| Description: |
| ALIMENTARY TRACT: Colon: Diverticulitis: Gross natural color opened segment of colon with obvious areas of necrotizing inflammation and intervening hyperemia in mucosa best photo representation of this diagnosis yet seen
|
© University of Alabama at Birmingham, Department of Pathology
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| |
| 
|
| |
Type: |
| Gross |
| Organ/System: |
| Alimentary tract |
| Description: |
| ALIMENTARY TRACT: Colon: Carcinoma: Gross natural color opened segment to show tumor with marked narrowing some dilation proximal with inflammation and ulceration in mucosa and distal contracted colon quite good slide see for cross section of stenotic segment
|
© University of Alabama at Birmingham, Department of Pathology
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| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, low magnification; Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activate the mast cells to prolife
|
© Slice of Life and Suzanne S. Stensaas
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|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, low magnification, magnification of cross-section; Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activate the mast cells to prolife
|
© Slice of Life and Suzanne S. Stensaas
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|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, low magnification, goblet cells; Arrows on Goblet Cells -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activate
|
© Slice of Life and Suzanne S. Stensaas
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|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, low magnification; Arrows on Ciliated Epithelial Cells -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP,
|
© Slice of Life and Suzanne S. Stensaas
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|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, low magnification, seromucous gland; Arrows on Seromucous Gland -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they act
|
© Slice of Life and Suzanne S. Stensaas
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|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, low magnification, lymphocyte; Arrow on Lymphocytes -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activate t
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, expanded view, cellular level; Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activate the mast cells to prolife
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, expanded view, cellular level, Ciliated Epithelial Cells; Arrows on Ciliated Epithelial Cells -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP,
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, expanded view, cellular level, mucus; Arrow on Mucus -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activate the mas
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, expanded view, cellular level, seromucous gland; Arrow on Seromucous Gland -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activ
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, expanded view, cellular level, basal lamina; Arrows on Basal Membrane -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activa
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, expanded view, cellular level, lymphocyte; Arrow on Lymphocyte -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activate th
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, expanded view, cellular level, nerve endings; Arrows on Nerves -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activate the m
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, expanded view, cellular level, mast cells; Arrows on Mast Cells -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activate t
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Early phase of an asthma attack, expanded view, cellular level, eosinophils; Arrows on Eosinophils -- Reaction of the airways to an antigen begins within 15 minutes after exposure, when inflammatory lymphokines and IgE-binding factors are secreted from T-lymphocytes. Along with neuropeptides and ATP, they activate
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, low magnification; The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. Airways inflammation is cau
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, low magnification, magnified cross-section; The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. Airways inflammation is cau
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, low magnification, goblet cells; Arrows on Goblet Cells -- The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. A
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, low magnification, Seromucous Glands; Arrows on Seromucous Glands -- The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammatio
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, low magnification, basal lamina; Arrows on Basal Membrane -- The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation.
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, expanded view, cellular level; The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. Airways inflammation is cau
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, expanded view, cellular level, mucus; Arrow on Mucus -- The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. Airways i
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, expanded view, cellular level, lymphocyte; Arrow on Lymphocyte -- The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. Airw
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, expanded view, cellular level, mast cell; Arrows on Mast Cells -- The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. Air
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, expanded view, cellular level, eosinophil; Arrow on Eosinophil -- The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. Airw
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, expanded view, cellular level, neutrophil; Arrow on Neutrophil -- The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. Airw
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, expanded view, cellular level, basophil; Arrow on Basophil -- The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. Airway
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Late phase of an asthma attack, expanded view, cellular level, macrophages; Arrows on Macrophages -- The late reaction begins approximately 6 hours after initial exposure to antigen and may last for several days. It is characterized by hyperreactivity of the airways, which results from underlying inflammation. Ai
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, low magnification; The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchial lavage fluid from patients with chro
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, low magnification, magnified cross-section; The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchial lavage fluid from patients with chro
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, low magnification, hyperplastic goblet cells; Arrows on Hyperplastic Goblet Cells -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchi
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, low magnification; Arrows on Desquamated Epithelial Cells -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bron
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, low magnification; Arrows on Thickened Basal Membrane -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchia
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, low magnification, mast cells; Arrows on Proliferation of Mast Cells -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronc
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, low magnification, eosinophils; Arrows on Eosinophils -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchial lavage flui
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, expanded view, cellular level; The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchial lavage fluid from patients with chro
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, expanded view, cellular level; Arrows on Epithelial Cell Breakdown -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchi
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, expanded view, cellular level; Arrows on Heavy Mucus Secretion-- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchial la
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, expanded view, cellular level, goblet cell; Arrows on Hyperplastic Goblet Cell -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchia
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, expanded view, cellular level basal lamina; Arrows on Enlarged Basal Membrane -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchial
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, expanded view, cellular level, lymphocyte; Arrows on Lymphocytes -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchial lavage flui
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, expanded view, cellular level, mast cell; Arrows on Mast Cells -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchial lavage fluid
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, expanded view, cellular level, eosinophil; Arrows on Eosinophils -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchial lavage flui
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Diagram |
| Organ/System: |
| Bronchus |
| Description: |
| BRONCHUS: Asthma: Chronic inflammation, expanded view, cellular level, macrophages; Arrows on Macrophages -- The inflammation and damage that occurs during the late phase of an asthma attack can result in the progressive thickening of the basement membrane, which lies under the epithelial cell layer. Bronchial lavage flui
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Gross Radiology |
| Organ/System: |
| Joint |
| Description: |
| JOINT: Course of Rheumatoid Arthritis, Clinical and radiographic progression -- NORMAL HAND; left image-clinical; right image-radiograph -- CLINICAL-The normal hand unaffected by disease exhibits no inflammation. RADIOGRAPHIC-Items of importance regarding the effects of rheumatoid arthritis on the hand include soft tissue, radiogr (PLAIN FILM)
|
© Slice of Life and Suzanne S. Stensaas
|
|
|
|
| |
|  |
| |
Type: |
| Gross Radiology |
| Organ/System: |
| Joint |
| Description: |
| JOINT: Course of Rheumatoid Arthritis, Clinical and radiographic progression -- MIDDLE STAGE, HAND; left image-clinical; right image-radiograph -- CLINICAL-Significant inflammation, pain, and limitation of movement occurs with more advanced disease. The proximal interphalangeal (PIP) joints show increased symmetric spindle-shaped swellin (PLAIN FILM)
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© Slice of Life and Suzanne S. Stensaas
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| Gross Radiology |
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