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light sheet microscopy  (Olympus)


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    Olympus light sheet microscopy
    (A) Decrease rate of the neuronal (NeuN+) density in the SP during postnatal development. (The density in each stage – in P0)/(the density in P0) x100. (n = 3 brains, n = 18 images) (B) Immunohistochemical images of the coronal sections of Lapr1-GFP mouse brain at P0 (left) and 8 weeks (right) (C) Area of SP/L6b is defined by Lpar1-GFP expression (μm 2 ) (n=3). (D) Photographs of 4%PFA fixed mouse brain in P0 (top) and 8 weeks (bottom) (E) Anteroposterior (AP) length of the brain excluding the cerebellum (cm) (n=3) (F) Series of horizontal sections of 8-weel old Lpar1-GFP mouse brain, imaged by Light sheet fluorescence <t>microscopy.</t> Sections were taken at 200μm intervals. White arrows indicate the Lpar1-GFP+ SP layer.
    Light Sheet Microscopy, supplied by Olympus, used in various techniques. Bioz Stars score: 96/100, based on 2252 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/light+sheet+fluorescent+microscope/bio_rxiv__2025__11__20__689634-64-7-10?v=Olympus
    Average 96 stars, based on 2252 article reviews
    light sheet microscopy - by Bioz Stars, 2026-07
    96/100 stars

    Images

    1) Product Images from "Most early-born subplate neurons persist as Layer 6b neurons in the adult mouse neocortex"

    Article Title: Most early-born subplate neurons persist as Layer 6b neurons in the adult mouse neocortex

    Journal: bioRxiv

    doi: 10.1101/2025.11.20.689634

    (A) Decrease rate of the neuronal (NeuN+) density in the SP during postnatal development. (The density in each stage – in P0)/(the density in P0) x100. (n = 3 brains, n = 18 images) (B) Immunohistochemical images of the coronal sections of Lapr1-GFP mouse brain at P0 (left) and 8 weeks (right) (C) Area of SP/L6b is defined by Lpar1-GFP expression (μm 2 ) (n=3). (D) Photographs of 4%PFA fixed mouse brain in P0 (top) and 8 weeks (bottom) (E) Anteroposterior (AP) length of the brain excluding the cerebellum (cm) (n=3) (F) Series of horizontal sections of 8-weel old Lpar1-GFP mouse brain, imaged by Light sheet fluorescence microscopy. Sections were taken at 200μm intervals. White arrows indicate the Lpar1-GFP+ SP layer.
    Figure Legend Snippet: (A) Decrease rate of the neuronal (NeuN+) density in the SP during postnatal development. (The density in each stage – in P0)/(the density in P0) x100. (n = 3 brains, n = 18 images) (B) Immunohistochemical images of the coronal sections of Lapr1-GFP mouse brain at P0 (left) and 8 weeks (right) (C) Area of SP/L6b is defined by Lpar1-GFP expression (μm 2 ) (n=3). (D) Photographs of 4%PFA fixed mouse brain in P0 (top) and 8 weeks (bottom) (E) Anteroposterior (AP) length of the brain excluding the cerebellum (cm) (n=3) (F) Series of horizontal sections of 8-weel old Lpar1-GFP mouse brain, imaged by Light sheet fluorescence microscopy. Sections were taken at 200μm intervals. White arrows indicate the Lpar1-GFP+ SP layer.

    Techniques Used: Immunohistochemical staining, Expressing, Fluorescence, Microscopy



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    (A) Decrease rate of the neuronal (NeuN+) density in the SP during postnatal development. (The density in each stage – in P0)/(the density in P0) x100. (n = 3 brains, n = 18 images) (B) Immunohistochemical images of the coronal sections of Lapr1-GFP mouse brain at P0 (left) and 8 weeks (right) (C) Area of SP/L6b is defined by Lpar1-GFP expression (μm 2 ) (n=3). (D) Photographs of 4%PFA fixed mouse brain in P0 (top) and 8 weeks (bottom) (E) Anteroposterior (AP) length of the brain excluding the cerebellum (cm) (n=3) (F) Series of horizontal sections of 8-weel old Lpar1-GFP mouse brain, imaged by Light sheet fluorescence <t>microscopy.</t> Sections were taken at 200μm intervals. White arrows indicate the Lpar1-GFP+ SP layer.
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    (A) Decrease rate of the neuronal (NeuN+) density in the SP during postnatal development. (The density in each stage – in P0)/(the density in P0) x100. (n = 3 brains, n = 18 images) (B) Immunohistochemical images of the coronal sections of Lapr1-GFP mouse brain at P0 (left) and 8 weeks (right) (C) Area of SP/L6b is defined by Lpar1-GFP expression (μm 2 ) (n=3). (D) Photographs of 4%PFA fixed mouse brain in P0 (top) and 8 weeks (bottom) (E) Anteroposterior (AP) length of the brain excluding the cerebellum (cm) (n=3) (F) Series of horizontal sections of 8-weel old Lpar1-GFP mouse brain, imaged by Light sheet fluorescence <t>microscopy.</t> Sections were taken at 200μm intervals. White arrows indicate the Lpar1-GFP+ SP layer.
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    Image Search Results


    (A) Decrease rate of the neuronal (NeuN+) density in the SP during postnatal development. (The density in each stage – in P0)/(the density in P0) x100. (n = 3 brains, n = 18 images) (B) Immunohistochemical images of the coronal sections of Lapr1-GFP mouse brain at P0 (left) and 8 weeks (right) (C) Area of SP/L6b is defined by Lpar1-GFP expression (μm 2 ) (n=3). (D) Photographs of 4%PFA fixed mouse brain in P0 (top) and 8 weeks (bottom) (E) Anteroposterior (AP) length of the brain excluding the cerebellum (cm) (n=3) (F) Series of horizontal sections of 8-weel old Lpar1-GFP mouse brain, imaged by Light sheet fluorescence microscopy. Sections were taken at 200μm intervals. White arrows indicate the Lpar1-GFP+ SP layer.

    Journal: bioRxiv

    Article Title: Most early-born subplate neurons persist as Layer 6b neurons in the adult mouse neocortex

    doi: 10.1101/2025.11.20.689634

    Figure Lengend Snippet: (A) Decrease rate of the neuronal (NeuN+) density in the SP during postnatal development. (The density in each stage – in P0)/(the density in P0) x100. (n = 3 brains, n = 18 images) (B) Immunohistochemical images of the coronal sections of Lapr1-GFP mouse brain at P0 (left) and 8 weeks (right) (C) Area of SP/L6b is defined by Lpar1-GFP expression (μm 2 ) (n=3). (D) Photographs of 4%PFA fixed mouse brain in P0 (top) and 8 weeks (bottom) (E) Anteroposterior (AP) length of the brain excluding the cerebellum (cm) (n=3) (F) Series of horizontal sections of 8-weel old Lpar1-GFP mouse brain, imaged by Light sheet fluorescence microscopy. Sections were taken at 200μm intervals. White arrows indicate the Lpar1-GFP+ SP layer.

    Article Snippet: Cleared whole brain tissues were imaged by Light sheet microscopy (Olympus, MVX10-LS), and the z-axis interval was 4 μm in the P0 sample and 9 μm in the 8 weeks.

    Techniques: Immunohistochemical staining, Expressing, Fluorescence, Microscopy