fluorescence microscope 10x objective Search Results


vertically-positioned fluorescence microscope objective: 10x plan apo  (Mitutoyo)
90
Mitutoyo vertically-positioned fluorescence microscope objective: 10x plan apo
Vertically Positioned Fluorescence Microscope Objective: 10x Plan Apo, supplied by Mitutoyo, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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10x magnification objective on an axioscope fluorescent microscope  (Carl Zeiss)
90
Carl Zeiss 10x magnification objective on an axioscope fluorescent microscope
10x Magnification Objective On An Axioscope Fluorescent Microscope, supplied by Carl Zeiss, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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gfp filter of zeiss axio observer.z1 fluorescence microscope with 10x objective lens  (Carl Zeiss)
90
Carl Zeiss gfp filter of zeiss axio observer.z1 fluorescence microscope with 10x objective lens
Gfp Filter Of Zeiss Axio Observer.Z1 Fluorescence Microscope With 10x Objective Lens, supplied by Carl Zeiss, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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10x objective of a zeiss lsm fluorescent microscope  (Carl Zeiss)
90
Carl Zeiss 10x objective of a zeiss lsm fluorescent microscope
The density of dendritic but not somatic glutamatergic synapses is determined by the presence or absence of GluA2. ( A , B ) Images show (from two different angles) Airyscan <t>(LSM)</t> super-resolution images of <t>green</t> <t>fluorescent</t> puncta (PSD-95_EGFP) detected on magenta fluorescent (tdTomato) dendrites and somata converted using Imaris software (Bitplane). PSD-95_EGFP expression that created a punctate signal on the dendrites and soma, is used as a proxy for glutamatergic synaptic sites in 3D space. The tdTomato signal was used to create a surface for dendrites and soma and the EGFP signal that did not fall within 1 µm distance from the created surface was first automatically and then, if necessary, manually eliminated from the analysis. Scale bars, 3 µm. small panels to the right represent the raw images used for analysis. ( C ) Bar graphs of the density of synaptic sites on dendrites (WT, n = 64; GluA2 KO, n = 30; GluA1-3 KO, n = 34) or soma (WT, n = 27; GluA2 KO, n = 22; GluA1-3 KO, n = 13) of the CGE interneurons. The data for all three groups were compared for significance with ANOVA and a posthoc Wilcoxon-Mann-Whitney Test when a significance was found with ANOVA. The density of synaptic sites on soma are similar in all groups compared. The density of synaptic sites is significantly reduced on KO CGE interneurons compared to WT: GluA2 KO to WT, p = 0.034 × 10 −8 , GluA1-3 KO to WT, p = 0.024 × 10 −8 , GluA1-3 to GluA2, p = 0.53. ***p < 0.0005.
10x Objective Of A Zeiss Lsm Fluorescent Microscope, supplied by Carl Zeiss, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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10x objective of an axioplan fluorescent microscope  (Carl Zeiss)
90
Carl Zeiss 10x objective of an axioplan fluorescent microscope
The density of dendritic but not somatic glutamatergic synapses is determined by the presence or absence of GluA2. ( A , B ) Images show (from two different angles) Airyscan <t>(LSM)</t> super-resolution images of <t>green</t> <t>fluorescent</t> puncta (PSD-95_EGFP) detected on magenta fluorescent (tdTomato) dendrites and somata converted using Imaris software (Bitplane). PSD-95_EGFP expression that created a punctate signal on the dendrites and soma, is used as a proxy for glutamatergic synaptic sites in 3D space. The tdTomato signal was used to create a surface for dendrites and soma and the EGFP signal that did not fall within 1 µm distance from the created surface was first automatically and then, if necessary, manually eliminated from the analysis. Scale bars, 3 µm. small panels to the right represent the raw images used for analysis. ( C ) Bar graphs of the density of synaptic sites on dendrites (WT, n = 64; GluA2 KO, n = 30; GluA1-3 KO, n = 34) or soma (WT, n = 27; GluA2 KO, n = 22; GluA1-3 KO, n = 13) of the CGE interneurons. The data for all three groups were compared for significance with ANOVA and a posthoc Wilcoxon-Mann-Whitney Test when a significance was found with ANOVA. The density of synaptic sites on soma are similar in all groups compared. The density of synaptic sites is significantly reduced on KO CGE interneurons compared to WT: GluA2 KO to WT, p = 0.034 × 10 −8 , GluA1-3 KO to WT, p = 0.024 × 10 −8 , GluA1-3 to GluA2, p = 0.53. ***p < 0.0005.
10x Objective Of An Axioplan Fluorescent Microscope, supplied by Carl Zeiss, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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10x objective on a zeiss axio observer 7 inverted led fluorescence motorized microscope  (Carl Zeiss)
90
Carl Zeiss 10x objective on a zeiss axio observer 7 inverted led fluorescence motorized microscope
The density of dendritic but not somatic glutamatergic synapses is determined by the presence or absence of GluA2. ( A , B ) Images show (from two different angles) Airyscan <t>(LSM)</t> super-resolution images of <t>green</t> <t>fluorescent</t> puncta (PSD-95_EGFP) detected on magenta fluorescent (tdTomato) dendrites and somata converted using Imaris software (Bitplane). PSD-95_EGFP expression that created a punctate signal on the dendrites and soma, is used as a proxy for glutamatergic synaptic sites in 3D space. The tdTomato signal was used to create a surface for dendrites and soma and the EGFP signal that did not fall within 1 µm distance from the created surface was first automatically and then, if necessary, manually eliminated from the analysis. Scale bars, 3 µm. small panels to the right represent the raw images used for analysis. ( C ) Bar graphs of the density of synaptic sites on dendrites (WT, n = 64; GluA2 KO, n = 30; GluA1-3 KO, n = 34) or soma (WT, n = 27; GluA2 KO, n = 22; GluA1-3 KO, n = 13) of the CGE interneurons. The data for all three groups were compared for significance with ANOVA and a posthoc Wilcoxon-Mann-Whitney Test when a significance was found with ANOVA. The density of synaptic sites on soma are similar in all groups compared. The density of synaptic sites is significantly reduced on KO CGE interneurons compared to WT: GluA2 KO to WT, p = 0.034 × 10 −8 , GluA1-3 KO to WT, p = 0.024 × 10 −8 , GluA1-3 to GluA2, p = 0.53. ***p < 0.0005.
10x Objective On A Zeiss Axio Observer 7 Inverted Led Fluorescence Motorized Microscope, supplied by Carl Zeiss, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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10x objective of a zeiss axioplan fluorescent compound microscope  (Carl Zeiss)
90
Carl Zeiss 10x objective of a zeiss axioplan fluorescent compound microscope
The density of dendritic but not somatic glutamatergic synapses is determined by the presence or absence of GluA2. ( A , B ) Images show (from two different angles) Airyscan <t>(LSM)</t> super-resolution images of <t>green</t> <t>fluorescent</t> puncta (PSD-95_EGFP) detected on magenta fluorescent (tdTomato) dendrites and somata converted using Imaris software (Bitplane). PSD-95_EGFP expression that created a punctate signal on the dendrites and soma, is used as a proxy for glutamatergic synaptic sites in 3D space. The tdTomato signal was used to create a surface for dendrites and soma and the EGFP signal that did not fall within 1 µm distance from the created surface was first automatically and then, if necessary, manually eliminated from the analysis. Scale bars, 3 µm. small panels to the right represent the raw images used for analysis. ( C ) Bar graphs of the density of synaptic sites on dendrites (WT, n = 64; GluA2 KO, n = 30; GluA1-3 KO, n = 34) or soma (WT, n = 27; GluA2 KO, n = 22; GluA1-3 KO, n = 13) of the CGE interneurons. The data for all three groups were compared for significance with ANOVA and a posthoc Wilcoxon-Mann-Whitney Test when a significance was found with ANOVA. The density of synaptic sites on soma are similar in all groups compared. The density of synaptic sites is significantly reduced on KO CGE interneurons compared to WT: GluA2 KO to WT, p = 0.034 × 10 −8 , GluA1-3 KO to WT, p = 0.024 × 10 −8 , GluA1-3 to GluA2, p = 0.53. ***p < 0.0005.
10x Objective Of A Zeiss Axioplan Fluorescent Compound Microscope, supplied by Carl Zeiss, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/10x objective of a zeiss axioplan fluorescent compound microscope/product/Carl Zeiss
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epi-fluorescence microscope using the 10x objective  (Carl Zeiss)
90
Carl Zeiss epi-fluorescence microscope using the 10x objective
The density of dendritic but not somatic glutamatergic synapses is determined by the presence or absence of GluA2. ( A , B ) Images show (from two different angles) Airyscan <t>(LSM)</t> super-resolution images of <t>green</t> <t>fluorescent</t> puncta (PSD-95_EGFP) detected on magenta fluorescent (tdTomato) dendrites and somata converted using Imaris software (Bitplane). PSD-95_EGFP expression that created a punctate signal on the dendrites and soma, is used as a proxy for glutamatergic synaptic sites in 3D space. The tdTomato signal was used to create a surface for dendrites and soma and the EGFP signal that did not fall within 1 µm distance from the created surface was first automatically and then, if necessary, manually eliminated from the analysis. Scale bars, 3 µm. small panels to the right represent the raw images used for analysis. ( C ) Bar graphs of the density of synaptic sites on dendrites (WT, n = 64; GluA2 KO, n = 30; GluA1-3 KO, n = 34) or soma (WT, n = 27; GluA2 KO, n = 22; GluA1-3 KO, n = 13) of the CGE interneurons. The data for all three groups were compared for significance with ANOVA and a posthoc Wilcoxon-Mann-Whitney Test when a significance was found with ANOVA. The density of synaptic sites on soma are similar in all groups compared. The density of synaptic sites is significantly reduced on KO CGE interneurons compared to WT: GluA2 KO to WT, p = 0.034 × 10 −8 , GluA1-3 KO to WT, p = 0.024 × 10 −8 , GluA1-3 to GluA2, p = 0.53. ***p < 0.0005.
Epi Fluorescence Microscope Using The 10x Objective, supplied by Carl Zeiss, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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10x objective lens on a zeiss observer z1 fluorescent microscope  (Carl Zeiss)
90
Carl Zeiss 10x objective lens on a zeiss observer z1 fluorescent microscope
The density of dendritic but not somatic glutamatergic synapses is determined by the presence or absence of GluA2. ( A , B ) Images show (from two different angles) Airyscan <t>(LSM)</t> super-resolution images of <t>green</t> <t>fluorescent</t> puncta (PSD-95_EGFP) detected on magenta fluorescent (tdTomato) dendrites and somata converted using Imaris software (Bitplane). PSD-95_EGFP expression that created a punctate signal on the dendrites and soma, is used as a proxy for glutamatergic synaptic sites in 3D space. The tdTomato signal was used to create a surface for dendrites and soma and the EGFP signal that did not fall within 1 µm distance from the created surface was first automatically and then, if necessary, manually eliminated from the analysis. Scale bars, 3 µm. small panels to the right represent the raw images used for analysis. ( C ) Bar graphs of the density of synaptic sites on dendrites (WT, n = 64; GluA2 KO, n = 30; GluA1-3 KO, n = 34) or soma (WT, n = 27; GluA2 KO, n = 22; GluA1-3 KO, n = 13) of the CGE interneurons. The data for all three groups were compared for significance with ANOVA and a posthoc Wilcoxon-Mann-Whitney Test when a significance was found with ANOVA. The density of synaptic sites on soma are similar in all groups compared. The density of synaptic sites is significantly reduced on KO CGE interneurons compared to WT: GluA2 KO to WT, p = 0.034 × 10 −8 , GluA1-3 KO to WT, p = 0.024 × 10 −8 , GluA1-3 to GluA2, p = 0.53. ***p < 0.0005.
10x Objective Lens On A Zeiss Observer Z1 Fluorescent Microscope, supplied by Carl Zeiss, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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fluorescence microscope 10x objective  (Dewinter Optical)
90
Dewinter Optical fluorescence microscope 10x objective
The density of dendritic but not somatic glutamatergic synapses is determined by the presence or absence of GluA2. ( A , B ) Images show (from two different angles) Airyscan <t>(LSM)</t> super-resolution images of <t>green</t> <t>fluorescent</t> puncta (PSD-95_EGFP) detected on magenta fluorescent (tdTomato) dendrites and somata converted using Imaris software (Bitplane). PSD-95_EGFP expression that created a punctate signal on the dendrites and soma, is used as a proxy for glutamatergic synaptic sites in 3D space. The tdTomato signal was used to create a surface for dendrites and soma and the EGFP signal that did not fall within 1 µm distance from the created surface was first automatically and then, if necessary, manually eliminated from the analysis. Scale bars, 3 µm. small panels to the right represent the raw images used for analysis. ( C ) Bar graphs of the density of synaptic sites on dendrites (WT, n = 64; GluA2 KO, n = 30; GluA1-3 KO, n = 34) or soma (WT, n = 27; GluA2 KO, n = 22; GluA1-3 KO, n = 13) of the CGE interneurons. The data for all three groups were compared for significance with ANOVA and a posthoc Wilcoxon-Mann-Whitney Test when a significance was found with ANOVA. The density of synaptic sites on soma are similar in all groups compared. The density of synaptic sites is significantly reduced on KO CGE interneurons compared to WT: GluA2 KO to WT, p = 0.034 × 10 −8 , GluA1-3 KO to WT, p = 0.024 × 10 −8 , GluA1-3 to GluA2, p = 0.53. ***p < 0.0005.
Fluorescence Microscope 10x Objective, supplied by Dewinter Optical, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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fluorescence microscope 10x objective - by Bioz Stars, 2026-03
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10x objective with a leitz fluorescence microscope  (Leitz GmbH)
90
Leitz GmbH 10x objective with a leitz fluorescence microscope
The density of dendritic but not somatic glutamatergic synapses is determined by the presence or absence of GluA2. ( A , B ) Images show (from two different angles) Airyscan <t>(LSM)</t> super-resolution images of <t>green</t> <t>fluorescent</t> puncta (PSD-95_EGFP) detected on magenta fluorescent (tdTomato) dendrites and somata converted using Imaris software (Bitplane). PSD-95_EGFP expression that created a punctate signal on the dendrites and soma, is used as a proxy for glutamatergic synaptic sites in 3D space. The tdTomato signal was used to create a surface for dendrites and soma and the EGFP signal that did not fall within 1 µm distance from the created surface was first automatically and then, if necessary, manually eliminated from the analysis. Scale bars, 3 µm. small panels to the right represent the raw images used for analysis. ( C ) Bar graphs of the density of synaptic sites on dendrites (WT, n = 64; GluA2 KO, n = 30; GluA1-3 KO, n = 34) or soma (WT, n = 27; GluA2 KO, n = 22; GluA1-3 KO, n = 13) of the CGE interneurons. The data for all three groups were compared for significance with ANOVA and a posthoc Wilcoxon-Mann-Whitney Test when a significance was found with ANOVA. The density of synaptic sites on soma are similar in all groups compared. The density of synaptic sites is significantly reduced on KO CGE interneurons compared to WT: GluA2 KO to WT, p = 0.034 × 10 −8 , GluA1-3 KO to WT, p = 0.024 × 10 −8 , GluA1-3 to GluA2, p = 0.53. ***p < 0.0005.
10x Objective With A Leitz Fluorescence Microscope, supplied by Leitz GmbH, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Image Search Results


The density of dendritic but not somatic glutamatergic synapses is determined by the presence or absence of GluA2. ( A , B ) Images show (from two different angles) Airyscan (LSM) super-resolution images of green fluorescent puncta (PSD-95_EGFP) detected on magenta fluorescent (tdTomato) dendrites and somata converted using Imaris software (Bitplane). PSD-95_EGFP expression that created a punctate signal on the dendrites and soma, is used as a proxy for glutamatergic synaptic sites in 3D space. The tdTomato signal was used to create a surface for dendrites and soma and the EGFP signal that did not fall within 1 µm distance from the created surface was first automatically and then, if necessary, manually eliminated from the analysis. Scale bars, 3 µm. small panels to the right represent the raw images used for analysis. ( C ) Bar graphs of the density of synaptic sites on dendrites (WT, n = 64; GluA2 KO, n = 30; GluA1-3 KO, n = 34) or soma (WT, n = 27; GluA2 KO, n = 22; GluA1-3 KO, n = 13) of the CGE interneurons. The data for all three groups were compared for significance with ANOVA and a posthoc Wilcoxon-Mann-Whitney Test when a significance was found with ANOVA. The density of synaptic sites on soma are similar in all groups compared. The density of synaptic sites is significantly reduced on KO CGE interneurons compared to WT: GluA2 KO to WT, p = 0.034 × 10 −8 , GluA1-3 KO to WT, p = 0.024 × 10 −8 , GluA1-3 to GluA2, p = 0.53. ***p < 0.0005.

Journal: Scientific Reports

Article Title: The Role of AMPARs in the Maturation and Integration of Caudal Ganglionic Eminence-Derived Interneurons into Developing Hippocampal Microcircuits

doi: 10.1038/s41598-019-41920-9

Figure Lengend Snippet: The density of dendritic but not somatic glutamatergic synapses is determined by the presence or absence of GluA2. ( A , B ) Images show (from two different angles) Airyscan (LSM) super-resolution images of green fluorescent puncta (PSD-95_EGFP) detected on magenta fluorescent (tdTomato) dendrites and somata converted using Imaris software (Bitplane). PSD-95_EGFP expression that created a punctate signal on the dendrites and soma, is used as a proxy for glutamatergic synaptic sites in 3D space. The tdTomato signal was used to create a surface for dendrites and soma and the EGFP signal that did not fall within 1 µm distance from the created surface was first automatically and then, if necessary, manually eliminated from the analysis. Scale bars, 3 µm. small panels to the right represent the raw images used for analysis. ( C ) Bar graphs of the density of synaptic sites on dendrites (WT, n = 64; GluA2 KO, n = 30; GluA1-3 KO, n = 34) or soma (WT, n = 27; GluA2 KO, n = 22; GluA1-3 KO, n = 13) of the CGE interneurons. The data for all three groups were compared for significance with ANOVA and a posthoc Wilcoxon-Mann-Whitney Test when a significance was found with ANOVA. The density of synaptic sites on soma are similar in all groups compared. The density of synaptic sites is significantly reduced on KO CGE interneurons compared to WT: GluA2 KO to WT, p = 0.034 × 10 −8 , GluA1-3 KO to WT, p = 0.024 × 10 −8 , GluA1-3 to GluA2, p = 0.53. ***p < 0.0005.

Article Snippet: Fluorescent images were captured using the 10X objective of a Zeiss LSM fluorescent microscope and 10 images of hippocampi from each mouse were used to count.

Techniques: Software, Expressing, MANN-WHITNEY