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Jackson Laboratory adoptive transfer cba j female mice
Adoptive Transfer Cba J Female Mice, supplied by Jackson Laboratory, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Article Title: Toxoplasma gondii associates with human Benign Prostatic Hyperplasia and induces prostatic hyperplasia and accompanying urinary dysfunction in mice
Article Snippet: .. Male and female CBA/j, C57Bk6/j, (Jackson Laboratories) or CD-1 (Charles River) mice were housed in the Laboratory Animal Resource Center (LARC) at Indiana University School of Medicine under the National Institutes of Health Guide for the Care and Use of Laboratory Animals, after all protocols were approved by the Indiana University School of Medicine Animal Care and Use Committee (IACUC). ..

Article Title: Bradyzoite subtypes rule the crossroads of Toxoplasma development
Article Snippet: .. Six-week-old female CBA/J (strain #: 000656), C57BL/6 J (strain #: 000664) and Swiss Webster (SWR/J) (strain #: SW-F, Taconic Biosciences) mice were obtained from Jackson Laboratories (Jackson ImmunoResearch Laboratories, Inc., West Grove, PA, USA) and Taconic Biosciences (Rensselaer, NY, USA) and maintained in a pathogen-free vivarium on a 12 h light/12 h dark cycle at 20–22 °C room temperature with ad libitum access to water and food. ..

Article Title: Bradyzoite subtypes rule the crossroads of Toxoplasma development.
Article Snippet: .. Six-week-old female CBA/J (strain #: 000656), C57BL/6J (strain #: 000664) and Swiss Webster (SWR/J) (strain #: SW-F, Taconic Biosciences) mice were obtained from Jackson Laboratories (Jackson ImmunoResearch Laboratories, Inc., West Grove, PA, USA) and Taconic Biosciences (Rensselaer, NY, USA) and maintained in a pathogen-free vivarium on a 12 h light/12 h dark cycle at 20-22C room temperature with ad libitum access to water and food. ..



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Jackson Laboratory adoptive transfer cba j female mice
Adoptive Transfer Cba J Female Mice, supplied by Jackson Laboratory, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/female+cba+j/caj+cba+mice/pm42237387-95-7-15
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Systemic infection with Toxoplasma infects and inflames the mouse prostate but has mouse strain-distinct effects on hyperplasia. It has previously been shown that systemic Toxoplasma infects and induces inflammation in rodent prostates and induces nodular hyperplasia in <t>the</t> <t>CBA/j</t> strain of mice. The applicability of CBA/j mice to prostate modeling was unclear. To confirm this finding, we assessed infectability, inflammation, and formation of microglandular hyperplasia and nodule formation across mouse strains. A, a rosette of Toxoplasma surrounded by severe lymphocytic and monocytic inflammation in following systemic infection in CBA/j mice. B, Systemic Toxoplasma infection induces inflammation in mice in several strains (B57, CBA/J, and CD-1) as determined by H&E and crude inflammation scoring. However, only CBA/j mice exhibit a significant formation of glandular nodules [C,D] with microglandular hyperplasia among the strains. C, a region of Toxoplasma- associated microglandular hyperplasia and putative forming nodules; D, calculations of percent of mice in each strain and group that exhibit microglandular hyperplasia and/or forming nodules among mouse strains infected with Toxoplasma versus control. n=10, comparisons made, infected versus control in 2×2 table with Chi-square analysis with Yates correction.
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Systemic infection with Toxoplasma infects and inflames the mouse prostate but has mouse strain-distinct effects on hyperplasia. It has previously been shown that systemic Toxoplasma infects and induces inflammation in rodent prostates and induces nodular hyperplasia in <t>the</t> <t>CBA/j</t> strain of mice. The applicability of CBA/j mice to prostate modeling was unclear. To confirm this finding, we assessed infectability, inflammation, and formation of microglandular hyperplasia and nodule formation across mouse strains. A, a rosette of Toxoplasma surrounded by severe lymphocytic and monocytic inflammation in following systemic infection in CBA/j mice. B, Systemic Toxoplasma infection induces inflammation in mice in several strains (B57, CBA/J, and CD-1) as determined by H&E and crude inflammation scoring. However, only CBA/j mice exhibit a significant formation of glandular nodules [C,D] with microglandular hyperplasia among the strains. C, a region of Toxoplasma- associated microglandular hyperplasia and putative forming nodules; D, calculations of percent of mice in each strain and group that exhibit microglandular hyperplasia and/or forming nodules among mouse strains infected with Toxoplasma versus control. n=10, comparisons made, infected versus control in 2×2 table with Chi-square analysis with Yates correction.
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Systemic infection with Toxoplasma infects and inflames the mouse prostate but has mouse strain-distinct effects on hyperplasia. It has previously been shown that systemic Toxoplasma infects and induces inflammation in rodent prostates and induces nodular hyperplasia in <t>the</t> <t>CBA/j</t> strain of mice. The applicability of CBA/j mice to prostate modeling was unclear. To confirm this finding, we assessed infectability, inflammation, and formation of microglandular hyperplasia and nodule formation across mouse strains. A, a rosette of Toxoplasma surrounded by severe lymphocytic and monocytic inflammation in following systemic infection in CBA/j mice. B, Systemic Toxoplasma infection induces inflammation in mice in several strains (B57, CBA/J, and CD-1) as determined by H&E and crude inflammation scoring. However, only CBA/j mice exhibit a significant formation of glandular nodules [C,D] with microglandular hyperplasia among the strains. C, a region of Toxoplasma- associated microglandular hyperplasia and putative forming nodules; D, calculations of percent of mice in each strain and group that exhibit microglandular hyperplasia and/or forming nodules among mouse strains infected with Toxoplasma versus control. n=10, comparisons made, infected versus control in 2×2 table with Chi-square analysis with Yates correction.
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Systemic infection with Toxoplasma infects and inflames the mouse prostate but has mouse strain-distinct effects on hyperplasia. It has previously been shown that systemic Toxoplasma infects and induces inflammation in rodent prostates and induces nodular hyperplasia in the CBA/j strain of mice. The applicability of CBA/j mice to prostate modeling was unclear. To confirm this finding, we assessed infectability, inflammation, and formation of microglandular hyperplasia and nodule formation across mouse strains. A, a rosette of Toxoplasma surrounded by severe lymphocytic and monocytic inflammation in following systemic infection in CBA/j mice. B, Systemic Toxoplasma infection induces inflammation in mice in several strains (B57, CBA/J, and CD-1) as determined by H&E and crude inflammation scoring. However, only CBA/j mice exhibit a significant formation of glandular nodules [C,D] with microglandular hyperplasia among the strains. C, a region of Toxoplasma- associated microglandular hyperplasia and putative forming nodules; D, calculations of percent of mice in each strain and group that exhibit microglandular hyperplasia and/or forming nodules among mouse strains infected with Toxoplasma versus control. n=10, comparisons made, infected versus control in 2×2 table with Chi-square analysis with Yates correction.

Journal: bioRxiv

Article Title: Toxoplasma gondii associates with human Benign Prostatic Hyperplasia and induces prostatic hyperplasia and accompanying urinary dysfunction in mice

doi: 10.64898/2026.04.23.720409

Figure Lengend Snippet: Systemic infection with Toxoplasma infects and inflames the mouse prostate but has mouse strain-distinct effects on hyperplasia. It has previously been shown that systemic Toxoplasma infects and induces inflammation in rodent prostates and induces nodular hyperplasia in the CBA/j strain of mice. The applicability of CBA/j mice to prostate modeling was unclear. To confirm this finding, we assessed infectability, inflammation, and formation of microglandular hyperplasia and nodule formation across mouse strains. A, a rosette of Toxoplasma surrounded by severe lymphocytic and monocytic inflammation in following systemic infection in CBA/j mice. B, Systemic Toxoplasma infection induces inflammation in mice in several strains (B57, CBA/J, and CD-1) as determined by H&E and crude inflammation scoring. However, only CBA/j mice exhibit a significant formation of glandular nodules [C,D] with microglandular hyperplasia among the strains. C, a region of Toxoplasma- associated microglandular hyperplasia and putative forming nodules; D, calculations of percent of mice in each strain and group that exhibit microglandular hyperplasia and/or forming nodules among mouse strains infected with Toxoplasma versus control. n=10, comparisons made, infected versus control in 2×2 table with Chi-square analysis with Yates correction.

Article Snippet: Male and female CBA/j, C57Bk6/j, (Jackson Laboratories) or CD-1 (Charles River) mice were housed in the Laboratory Animal Resource Center (LARC) at Indiana University School of Medicine under the National Institutes of Health Guide for the Care and Use of Laboratory Animals, after all protocols were approved by the Indiana University School of Medicine Animal Care and Use Committee (IACUC).

Techniques: Infection, Control

Toxoplasma infected mouse and uninfected control mouse number of spots counted at 28 d.p.i and 60 d.p.i in several different size categories collected. A, C57 mouse void pattern analysis including all spot sizes counted in the initial VoidWhizzard software analysis used B, C57 void pattern analysis including only the small size bin (0.1-0.25 cm) category representing spotting or irregular behavior and the larger bin size (4.0 cm) representing normal void behavior. C, CBA/J mouse void pattern analysis including the same spot size categories as B, and D, CD-1 mouse void pattern analysis including the same spot size categories as B. The left column indicates 28 d.p.i while the right indicates 60 d.p.i.

Journal: bioRxiv

Article Title: Toxoplasma gondii associates with human Benign Prostatic Hyperplasia and induces prostatic hyperplasia and accompanying urinary dysfunction in mice

doi: 10.64898/2026.04.23.720409

Figure Lengend Snippet: Toxoplasma infected mouse and uninfected control mouse number of spots counted at 28 d.p.i and 60 d.p.i in several different size categories collected. A, C57 mouse void pattern analysis including all spot sizes counted in the initial VoidWhizzard software analysis used B, C57 void pattern analysis including only the small size bin (0.1-0.25 cm) category representing spotting or irregular behavior and the larger bin size (4.0 cm) representing normal void behavior. C, CBA/J mouse void pattern analysis including the same spot size categories as B, and D, CD-1 mouse void pattern analysis including the same spot size categories as B. The left column indicates 28 d.p.i while the right indicates 60 d.p.i.

Article Snippet: Male and female CBA/j, C57Bk6/j, (Jackson Laboratories) or CD-1 (Charles River) mice were housed in the Laboratory Animal Resource Center (LARC) at Indiana University School of Medicine under the National Institutes of Health Guide for the Care and Use of Laboratory Animals, after all protocols were approved by the Indiana University School of Medicine Animal Care and Use Committee (IACUC).

Techniques: Infection, Control, Software