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glass microscope slide in vectashield  (Vector Laboratories)
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Vector Laboratories glass microscope slide in vectashield
Glass Microscope Slide In Vectashield, supplied by Vector Laboratories, used in various techniques. Bioz Stars score: 97/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/glass microscope slide in vectashield/product/Vector Laboratories
Average 97 stars, based on 1 article reviews
glass microscope slide in vectashield - by Bioz Stars, 2026-03
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codelink activated microscope glass slides  (Surmodics IVD)
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Surmodics IVD codelink activated microscope glass slides
Codelink Activated Microscope Glass Slides, supplied by Surmodics IVD, used in various techniques. Bioz Stars score: 93/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Average 93 stars, based on 1 article reviews
codelink activated microscope glass slides - by Bioz Stars, 2026-03
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microscope glass slide  (Eppendorf AG)
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Eppendorf AG microscope glass slide
Introduce flies into multiCAFE cage (A) Material needed: (1) a multiCAFE cage, (2) two <t>microscope</t> slides, (3) a comb, (4) a mouth aspirator, and (5) at least 8 flies as needed. (B) Introduce a microscope slide between the vertical branches of the multiCAFE cage, by sliding it in the lateral grooves up to the end. (C) Add a “comb” to prevent the slide from moving up and later to prevent flies from escaping. Flip the cage upside down so that the slide is now at the bottom of the cage. (D) Catch a fly with your aspirator. (E) Slide in a microscope slide over the first cage (that will remain empty) and with a mouth aspirator, blow out one fly in the next cage. Push quickly the microscope slide over the cage to trap the fly. Repeat the process 8 times. Note: usually, we leave empty the cells 1 and 10 (see numbers below the row of cells on the figure). (F) At the end of the process, center the slide and fix it in position with tape on each side. Eventually label each tape to remember how to place the capillaries (here “suc/caf” on the left for “sucrose versus caffeine” and “CS” on the right tab for “Canton S”).
Microscope Glass Slide, supplied by Eppendorf AG, 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/microscope glass slide/product/Eppendorf AG
Average 90 stars, based on 1 article reviews
microscope glass slide - by Bioz Stars, 2026-03
90/100 stars
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glass microscope slides  (Vector Laboratories)
97
Vector Laboratories glass microscope slides
Introduce flies into multiCAFE cage (A) Material needed: (1) a multiCAFE cage, (2) two <t>microscope</t> slides, (3) a comb, (4) a mouth aspirator, and (5) at least 8 flies as needed. (B) Introduce a microscope slide between the vertical branches of the multiCAFE cage, by sliding it in the lateral grooves up to the end. (C) Add a “comb” to prevent the slide from moving up and later to prevent flies from escaping. Flip the cage upside down so that the slide is now at the bottom of the cage. (D) Catch a fly with your aspirator. (E) Slide in a microscope slide over the first cage (that will remain empty) and with a mouth aspirator, blow out one fly in the next cage. Push quickly the microscope slide over the cage to trap the fly. Repeat the process 8 times. Note: usually, we leave empty the cells 1 and 10 (see numbers below the row of cells on the figure). (F) At the end of the process, center the slide and fix it in position with tape on each side. Eventually label each tape to remember how to place the capillaries (here “suc/caf” on the left for “sucrose versus caffeine” and “CS” on the right tab for “Canton S”).
Glass Microscope Slides, supplied by Vector Laboratories, used in various techniques. Bioz Stars score: 97/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/glass microscope slides/product/Vector Laboratories
Average 97 stars, based on 1 article reviews
glass microscope slides - by Bioz Stars, 2026-03
97/100 stars
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microscope glass slide fisher scientific cat. no. 12-544-4  (Fisher Scientific)
90
Fisher Scientific microscope glass slide fisher scientific cat. no. 12-544-4
Introduce flies into multiCAFE cage (A) Material needed: (1) a multiCAFE cage, (2) two <t>microscope</t> slides, (3) a comb, (4) a mouth aspirator, and (5) at least 8 flies as needed. (B) Introduce a microscope slide between the vertical branches of the multiCAFE cage, by sliding it in the lateral grooves up to the end. (C) Add a “comb” to prevent the slide from moving up and later to prevent flies from escaping. Flip the cage upside down so that the slide is now at the bottom of the cage. (D) Catch a fly with your aspirator. (E) Slide in a microscope slide over the first cage (that will remain empty) and with a mouth aspirator, blow out one fly in the next cage. Push quickly the microscope slide over the cage to trap the fly. Repeat the process 8 times. Note: usually, we leave empty the cells 1 and 10 (see numbers below the row of cells on the figure). (F) At the end of the process, center the slide and fix it in position with tape on each side. Eventually label each tape to remember how to place the capillaries (here “suc/caf” on the left for “sucrose versus caffeine” and “CS” on the right tab for “Canton S”).
Microscope Glass Slide Fisher Scientific Cat. No. 12 544 4, supplied by Fisher Scientific, 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/microscope glass slide fisher scientific cat. no. 12-544-4/product/Fisher Scientific
Average 90 stars, based on 1 article reviews
microscope glass slide fisher scientific cat. no. 12-544-4 - by Bioz Stars, 2026-03
90/100 stars
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shandon double cytoslide microscope coated glass slides  (Thermo Fisher)
90
Thermo Fisher shandon double cytoslide microscope coated glass slides
Introduce flies into multiCAFE cage (A) Material needed: (1) a multiCAFE cage, (2) two <t>microscope</t> slides, (3) a comb, (4) a mouth aspirator, and (5) at least 8 flies as needed. (B) Introduce a microscope slide between the vertical branches of the multiCAFE cage, by sliding it in the lateral grooves up to the end. (C) Add a “comb” to prevent the slide from moving up and later to prevent flies from escaping. Flip the cage upside down so that the slide is now at the bottom of the cage. (D) Catch a fly with your aspirator. (E) Slide in a microscope slide over the first cage (that will remain empty) and with a mouth aspirator, blow out one fly in the next cage. Push quickly the microscope slide over the cage to trap the fly. Repeat the process 8 times. Note: usually, we leave empty the cells 1 and 10 (see numbers below the row of cells on the figure). (F) At the end of the process, center the slide and fix it in position with tape on each side. Eventually label each tape to remember how to place the capillaries (here “suc/caf” on the left for “sucrose versus caffeine” and “CS” on the right tab for “Canton S”).
Shandon Double Cytoslide Microscope Coated Glass Slides, supplied by Thermo Fisher, 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/shandon double cytoslide microscope coated glass slides/product/Thermo Fisher
Average 90 stars, based on 1 article reviews
shandon double cytoslide microscope coated glass slides - by Bioz Stars, 2026-03
90/100 stars
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plain glass microscope slides (25×75)  (Fisher Scientific)
90
Fisher Scientific plain glass microscope slides (25×75)
Introduce flies into multiCAFE cage (A) Material needed: (1) a multiCAFE cage, (2) two <t>microscope</t> slides, (3) a comb, (4) a mouth aspirator, and (5) at least 8 flies as needed. (B) Introduce a microscope slide between the vertical branches of the multiCAFE cage, by sliding it in the lateral grooves up to the end. (C) Add a “comb” to prevent the slide from moving up and later to prevent flies from escaping. Flip the cage upside down so that the slide is now at the bottom of the cage. (D) Catch a fly with your aspirator. (E) Slide in a microscope slide over the first cage (that will remain empty) and with a mouth aspirator, blow out one fly in the next cage. Push quickly the microscope slide over the cage to trap the fly. Repeat the process 8 times. Note: usually, we leave empty the cells 1 and 10 (see numbers below the row of cells on the figure). (F) At the end of the process, center the slide and fix it in position with tape on each side. Eventually label each tape to remember how to place the capillaries (here “suc/caf” on the left for “sucrose versus caffeine” and “CS” on the right tab for “Canton S”).
Plain Glass Microscope Slides (25×75), supplied by Fisher Scientific, 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/plain glass microscope slides (25×75)/product/Fisher Scientific
Average 90 stars, based on 1 article reviews
plain glass microscope slides (25×75) - by Bioz Stars, 2026-03
90/100 stars
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microscope glass slides menzel x  (Menzel Inc)
90
Menzel Inc microscope glass slides menzel x
Introduce flies into multiCAFE cage (A) Material needed: (1) a multiCAFE cage, (2) two <t>microscope</t> slides, (3) a comb, (4) a mouth aspirator, and (5) at least 8 flies as needed. (B) Introduce a microscope slide between the vertical branches of the multiCAFE cage, by sliding it in the lateral grooves up to the end. (C) Add a “comb” to prevent the slide from moving up and later to prevent flies from escaping. Flip the cage upside down so that the slide is now at the bottom of the cage. (D) Catch a fly with your aspirator. (E) Slide in a microscope slide over the first cage (that will remain empty) and with a mouth aspirator, blow out one fly in the next cage. Push quickly the microscope slide over the cage to trap the fly. Repeat the process 8 times. Note: usually, we leave empty the cells 1 and 10 (see numbers below the row of cells on the figure). (F) At the end of the process, center the slide and fix it in position with tape on each side. Eventually label each tape to remember how to place the capillaries (here “suc/caf” on the left for “sucrose versus caffeine” and “CS” on the right tab for “Canton S”).
Microscope Glass Slides Menzel X, supplied by Menzel Inc, 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/microscope glass slides menzel x/product/Menzel Inc
Average 90 stars, based on 1 article reviews
microscope glass slides menzel x - by Bioz Stars, 2026-03
90/100 stars
  Buy from Supplier

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Introduce flies into multiCAFE cage (A) Material needed: (1) a multiCAFE cage, (2) two microscope slides, (3) a comb, (4) a mouth aspirator, and (5) at least 8 flies as needed. (B) Introduce a microscope slide between the vertical branches of the multiCAFE cage, by sliding it in the lateral grooves up to the end. (C) Add a “comb” to prevent the slide from moving up and later to prevent flies from escaping. Flip the cage upside down so that the slide is now at the bottom of the cage. (D) Catch a fly with your aspirator. (E) Slide in a microscope slide over the first cage (that will remain empty) and with a mouth aspirator, blow out one fly in the next cage. Push quickly the microscope slide over the cage to trap the fly. Repeat the process 8 times. Note: usually, we leave empty the cells 1 and 10 (see numbers below the row of cells on the figure). (F) At the end of the process, center the slide and fix it in position with tape on each side. Eventually label each tape to remember how to place the capillaries (here “suc/caf” on the left for “sucrose versus caffeine” and “CS” on the right tab for “Canton S”).

Journal: STAR Protocols

Article Title: Protocol to measure temporal consumption and feeding choices of Drosophila adults using capillaries

doi: 10.1016/j.xpro.2025.103931

Figure Lengend Snippet: Introduce flies into multiCAFE cage (A) Material needed: (1) a multiCAFE cage, (2) two microscope slides, (3) a comb, (4) a mouth aspirator, and (5) at least 8 flies as needed. (B) Introduce a microscope slide between the vertical branches of the multiCAFE cage, by sliding it in the lateral grooves up to the end. (C) Add a “comb” to prevent the slide from moving up and later to prevent flies from escaping. Flip the cage upside down so that the slide is now at the bottom of the cage. (D) Catch a fly with your aspirator. (E) Slide in a microscope slide over the first cage (that will remain empty) and with a mouth aspirator, blow out one fly in the next cage. Push quickly the microscope slide over the cage to trap the fly. Repeat the process 8 times. Note: usually, we leave empty the cells 1 and 10 (see numbers below the row of cells on the figure). (F) At the end of the process, center the slide and fix it in position with tape on each side. Eventually label each tape to remember how to place the capillaries (here “suc/caf” on the left for “sucrose versus caffeine” and “CS” on the right tab for “Canton S”).

Article Snippet: Fill the capillaries and align them on a microscope glass slide The capillaries are filled by capillarity when plunged into the solution within an Eppendorf.

Techniques: Introduce, Microscopy

Fill the capillaries and align them on a microscope glass slide The capillaries are filled by capillarity when plunged into the solution within an Eppendorf. Take each capillary out of the Eppendorf and dry the outer surface by rolling it on a sheet of paper. The capillaries can be handled with forceps. Align the capillaries parallel to each other on a 3D-printed template to transfer them onto a microscope slide. (A) Material needed: (1) a multiCAFE template, (2) one microscope slide, (3) double sided sticky tape, (4) fine forceps to handle capillaries, (5) capillaries, (6) test solution 1 and (7) test solution 2. (B) Insert capillaries in the Eppendorf tubes. Catch one capillary at a time and roll it over a sheet of paper to dry it externally. Then position it in one of the grooves of the template. Do it sequentially so that all capillaries filled with solution 1 are on the left of each cage and all capillaries of solution 2 are on the right. (C) Place double-sided sticky tape over the length of the microscope slide and cut the sides. (D) Turn the slide over and position it over the capillaries that have been aligned previously. Press gently the glass slide to make the capillaries stick to the tape and then remove the slide. If some capillaries are slightly mis-oriented realign them with forceps or repeat the operation.

Journal: STAR Protocols

Article Title: Protocol to measure temporal consumption and feeding choices of Drosophila adults using capillaries

doi: 10.1016/j.xpro.2025.103931

Figure Lengend Snippet: Fill the capillaries and align them on a microscope glass slide The capillaries are filled by capillarity when plunged into the solution within an Eppendorf. Take each capillary out of the Eppendorf and dry the outer surface by rolling it on a sheet of paper. The capillaries can be handled with forceps. Align the capillaries parallel to each other on a 3D-printed template to transfer them onto a microscope slide. (A) Material needed: (1) a multiCAFE template, (2) one microscope slide, (3) double sided sticky tape, (4) fine forceps to handle capillaries, (5) capillaries, (6) test solution 1 and (7) test solution 2. (B) Insert capillaries in the Eppendorf tubes. Catch one capillary at a time and roll it over a sheet of paper to dry it externally. Then position it in one of the grooves of the template. Do it sequentially so that all capillaries filled with solution 1 are on the left of each cage and all capillaries of solution 2 are on the right. (C) Place double-sided sticky tape over the length of the microscope slide and cut the sides. (D) Turn the slide over and position it over the capillaries that have been aligned previously. Press gently the glass slide to make the capillaries stick to the tape and then remove the slide. If some capillaries are slightly mis-oriented realign them with forceps or repeat the operation.

Article Snippet: Fill the capillaries and align them on a microscope glass slide The capillaries are filled by capillarity when plunged into the solution within an Eppendorf.

Techniques: Microscopy

Prepare the cage for recording (A) Insert the microscope slide with the capillaries into the multiCAFE cage, remove the comb and push the slide so that the capillaries protrude inside of each cell. If some capillaries are misaligned, gently realign them with forceps. (B) Place the multiCAFE cage in the cap of the recording box. The cap has lateral flaps and a central groove. The dimensions of the multiCAFE cage are adapted to fit inside of the central groove. Secure the cage to the cap with putty. (C) Place the cap with the cage over the recording box and close the flaps. Note the undulated blue line that represents a humidified filter paper placed next to the multiCAFE cage. Position the recording box in front of the light panel. It is fine to start recording even before the cap is in place, to ensure no image is lost. (D) Sample of the first image of an experiment. The camera zooms on a single cage.

Journal: STAR Protocols

Article Title: Protocol to measure temporal consumption and feeding choices of Drosophila adults using capillaries

doi: 10.1016/j.xpro.2025.103931

Figure Lengend Snippet: Prepare the cage for recording (A) Insert the microscope slide with the capillaries into the multiCAFE cage, remove the comb and push the slide so that the capillaries protrude inside of each cell. If some capillaries are misaligned, gently realign them with forceps. (B) Place the multiCAFE cage in the cap of the recording box. The cap has lateral flaps and a central groove. The dimensions of the multiCAFE cage are adapted to fit inside of the central groove. Secure the cage to the cap with putty. (C) Place the cap with the cage over the recording box and close the flaps. Note the undulated blue line that represents a humidified filter paper placed next to the multiCAFE cage. Position the recording box in front of the light panel. It is fine to start recording even before the cap is in place, to ensure no image is lost. (D) Sample of the first image of an experiment. The camera zooms on a single cage.

Article Snippet: Fill the capillaries and align them on a microscope glass slide The capillaries are filled by capillarity when plunged into the solution within an Eppendorf.

Techniques: Microscopy