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Matsunami Glass rectangular cover slips
Rectangular Cover Slips, supplied by Matsunami Glass, 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/product/rectangular+cover+slips/rectangular+glass+coverslip/pmc08954583-42-0-6
Average 90 stars, based on 1 article reviews
rectangular cover slips - by Bioz Stars, 2026-11
90/100 stars

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Related Articles

Imaging:

Article Title: Change detection in the primate auditory cortex through feedback of prediction error signals
Article Snippet: .. A custom made polyacetal window consisting of a 9 × 5 mm or 10 × 6 mm rectangular glass coverslip (for auditory imaging), or a 5.5 mm diameter circular glass coverslip (for dlPFC imaging) with approximately 150 μm thickness (Matsunami Glass No.1, Osaka, Japan), was pressed onto the brain surface, and the edge was sealed with silicone elastomer (Kwik-Sil; World Precision Instruments, Hitchin, UK) and dental adhesive resin cement (Super bond; Sun Medical, Shiga, Japan). ..

Article Title: Change detection in the primate auditory cortex through feedback of prediction error signals.
Article Snippet: .. A custom made polyacetal window consisting of a 9 × 5mm or 10 × 6mm rectangular glass coverslip (for auditory imaging), or a 5.5mm diameter circular glass coverslip (for dlPFC imaging) with approximately 150μm thickness (Matsunami Glass No.1, Osaka, Japan), was pressed onto the brain surface, and the edge was sealed with silicone elastomer (KwikSil; World Precision Instruments, Hitchin, UK) and dental adhesive resin cement (Super bond; Sun Medical, Shiga, Japan). ..

Adhesive:

Article Title: Change detection in the primate auditory cortex through feedback of prediction error signals
Article Snippet: .. A custom made polyacetal window consisting of a 9 × 5 mm or 10 × 6 mm rectangular glass coverslip (for auditory imaging), or a 5.5 mm diameter circular glass coverslip (for dlPFC imaging) with approximately 150 μm thickness (Matsunami Glass No.1, Osaka, Japan), was pressed onto the brain surface, and the edge was sealed with silicone elastomer (Kwik-Sil; World Precision Instruments, Hitchin, UK) and dental adhesive resin cement (Super bond; Sun Medical, Shiga, Japan). ..

Article Title: Change detection in the primate auditory cortex through feedback of prediction error signals.
Article Snippet: .. A custom made polyacetal window consisting of a 9 × 5mm or 10 × 6mm rectangular glass coverslip (for auditory imaging), or a 5.5mm diameter circular glass coverslip (for dlPFC imaging) with approximately 150μm thickness (Matsunami Glass No.1, Osaka, Japan), was pressed onto the brain surface, and the edge was sealed with silicone elastomer (KwikSil; World Precision Instruments, Hitchin, UK) and dental adhesive resin cement (Super bond; Sun Medical, Shiga, Japan). ..

Article Title: ARViS: a bleed-free multi-site automated injection robot for accurate, fast, and dense delivery of virus to mouse and marmoset cerebral cortex.
Article Snippet: .. A rectangular glass coverslip of 15 × 8mm (approximately 150 μm thick; Matsunami Glass, Japan) that was attached to the bottom of a polyacetal chamber (height, 1.2mm)withUV-curing optical adhesive (NOR-61) was pressed onto the cortical surface, and the space between the chamber and the cortical surface was filled with dental cement (Fuji Lute BC). ..

Article Title: ARViS: a bleed-free multi-site automated injection robot for accurate, fast, and dense delivery of virus to mouse and marmoset cerebral cortex
Article Snippet: A rectangular glass coverslip of 15 × 8 mm (approximately 150 μm thick; Matsunami Glass, Japan) that was attached to the bottom of a polyacetal chamber (height, 1.2 mm) with UV-curing optical adhesive (NOR-61) was pressed onto the cortical surface, and the space between the chamber and the cortical surface was filled with dental cement (Fuji Lute BC). .. A rectangular glass coverslip of 15 × 8 mm (approximately 150 μm thick; Matsunami Glass, Japan) that was attached to the bottom of a polyacetal chamber (height, 1.2 mm) with UV-curing optical adhesive (NOR-61) was pressed onto the cortical surface, and the space between the chamber and the cortical surface was filled with dental cement (Fuji Lute BC). ..

Article Title: Layer 5 Intratelencephalic Neurons in the Motor Cortex Stably Encode Skilled Movement
Article Snippet: .. The doublelayer glass window was constructed by bonding a 3 3 mm rectangular glass coverslip (0.08–0.12 mm thickness; Matsunami Glass) to a 2 2 mm rectangular glass coverslip (0.45–0.60 mm thickness; Matsunami Glass) with a UV-curing optical adhesive. ..

Article Title: Layer 5 Intratelencephalic Neurons in the Motor Cortex Stably Encode Skilled Movement
Article Snippet: .. The double-layer glass window was constructed by bonding a 3 × 3 mm rectangular glass coverslip (0.08–0.12 mm thickness; Matsunami Glass) to a 2 × 2 mm rectangular glass coverslip (0.45–0.60 mm thickness; Matsunami Glass) with a UV-curing optical adhesive. ..

Construct:

Article Title: Layer 5 Intratelencephalic Neurons in the Motor Cortex Stably Encode Skilled Movement
Article Snippet: .. The doublelayer glass window was constructed by bonding a 3 3 mm rectangular glass coverslip (0.08–0.12 mm thickness; Matsunami Glass) to a 2 2 mm rectangular glass coverslip (0.45–0.60 mm thickness; Matsunami Glass) with a UV-curing optical adhesive. ..

Article Title: Layer 5 Intratelencephalic Neurons in the Motor Cortex Stably Encode Skilled Movement
Article Snippet: .. The double-layer glass window was constructed by bonding a 3 × 3 mm rectangular glass coverslip (0.08–0.12 mm thickness; Matsunami Glass) to a 2 × 2 mm rectangular glass coverslip (0.45–0.60 mm thickness; Matsunami Glass) with a UV-curing optical adhesive. ..



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Image Search Results


(a) 3D CAD model of the fourth fluidic device without the top and the bottom rectangular glass cover slips. (b) Schematic diagram of the exploded cross-sectional view of Section A–A depicted in (a) with the top and the bottom rectangular glass cover slips. (c) 3D printed fluidic device with the integrated top and bottom 24 mm × 60 mm no.1 rectangular glass cover slips. (d) A blue colored food dye solution was pipetted inside the serpentine channel. Serpentine cross-sectional dimensions were 1 mm wide × 2 mm tall.

Journal: Biomicrofluidics

Article Title: Embedding objects during 3D printing to add new functionalities

doi: 10.1063/1.4958909

Figure Lengend Snippet: (a) 3D CAD model of the fourth fluidic device without the top and the bottom rectangular glass cover slips. (b) Schematic diagram of the exploded cross-sectional view of Section A–A depicted in (a) with the top and the bottom rectangular glass cover slips. (c) 3D printed fluidic device with the integrated top and bottom 24 mm × 60 mm no.1 rectangular glass cover slips. (d) A blue colored food dye solution was pipetted inside the serpentine channel. Serpentine cross-sectional dimensions were 1 mm wide × 2 mm tall.

Article Snippet: In the fourth 3D printed fluidic device, two 24 mm × 60 mm no. 1 (0.13 mm to 0.17 mm thick) rectangular glass cover slips (Catalog No. 12-548-5 P, FisherfinestTM Premium Cover Glass, Fisher Scientific, Pittsburgh, PA, USA) were integrated during 3D printing to form the top and the bottom surfaces of a serpentine channel (Figs. ).

Techniques:

(a) 3D CAD model of a serpentine channel mold without the bottom rectangular glass slide. (b) Schematic diagram of the exploded cross-sectional view of Section A–A depicted in (a) with the bottom rectangular glass slide. (c) 3D printed serpentine channel mold with the integrated bottom 75 mm × 50 mm and 0.96 mm to 1.06 mm thick rectangular glass slide. The cross-sectional dimensions of the serpentine structure were 1 mm × 1 mm.

Journal: Biomicrofluidics

Article Title: Embedding objects during 3D printing to add new functionalities

doi: 10.1063/1.4958909

Figure Lengend Snippet: (a) 3D CAD model of a serpentine channel mold without the bottom rectangular glass slide. (b) Schematic diagram of the exploded cross-sectional view of Section A–A depicted in (a) with the bottom rectangular glass slide. (c) 3D printed serpentine channel mold with the integrated bottom 75 mm × 50 mm and 0.96 mm to 1.06 mm thick rectangular glass slide. The cross-sectional dimensions of the serpentine structure were 1 mm × 1 mm.

Article Snippet: In the fourth 3D printed fluidic device, two 24 mm × 60 mm no. 1 (0.13 mm to 0.17 mm thick) rectangular glass cover slips (Catalog No. 12-548-5 P, FisherfinestTM Premium Cover Glass, Fisher Scientific, Pittsburgh, PA, USA) were integrated during 3D printing to form the top and the bottom surfaces of a serpentine channel (Figs. ).

Techniques:

(a) 3D CAD model of the second optical device without the fiber, and the top and the bottom rectangular glass slides. (b) Schematic diagram of the exploded cross-sectional view of Section A–A depicted in (a) with the fiber, and the top and the bottom rectangular glass slides. (c) The second 3D printed optical device with embedded Corning® Fibrance™ Light-Diffusing Fiber, and the integrated top and bottom 75 mm × 50 mm and 0.96 mm to 1.06 mm thick rectangular glass slides. (d) The device was lit up using a green laser pointer.

Journal: Biomicrofluidics

Article Title: Embedding objects during 3D printing to add new functionalities

doi: 10.1063/1.4958909

Figure Lengend Snippet: (a) 3D CAD model of the second optical device without the fiber, and the top and the bottom rectangular glass slides. (b) Schematic diagram of the exploded cross-sectional view of Section A–A depicted in (a) with the fiber, and the top and the bottom rectangular glass slides. (c) The second 3D printed optical device with embedded Corning® Fibrance™ Light-Diffusing Fiber, and the integrated top and bottom 75 mm × 50 mm and 0.96 mm to 1.06 mm thick rectangular glass slides. (d) The device was lit up using a green laser pointer.

Article Snippet: In the fourth 3D printed fluidic device, two 24 mm × 60 mm no. 1 (0.13 mm to 0.17 mm thick) rectangular glass cover slips (Catalog No. 12-548-5 P, FisherfinestTM Premium Cover Glass, Fisher Scientific, Pittsburgh, PA, USA) were integrated during 3D printing to form the top and the bottom surfaces of a serpentine channel (Figs. ).

Techniques: