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digital multi-pressure microinjector minj-d  (Tritech Research Inc)

 
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    Structured Review

    Tritech Research Inc digital multi-pressure microinjector minj-d
    Larval injection setup. (A) Micropipette puller. Red box highlights the puller bars (a part of the pulley adjustment setup) and a glass microcapillary needle. The needle is secured in the V-groove of the pull bars and positioned through the heating filament ( arrow). The vertical pull produces two needles ( arrows). (B) Needle comparison. Tips of standard commercial needles (CMZ) compared to needles created using Program 1 (P.1) and Program 2 (P.2) on the micropipette puller. Table shows parameters for both programs. Scale bar: 100 µm. (C) Injection setup. Left: Digital Multi-pressure <t>Microinjector</t> system. Right: Three-axis coarse/fine micromanipulator attached to the microscope, both of which are mounted on top of an anti-vibration base plate.
    Digital Multi Pressure Microinjector Minj D, supplied by Tritech Research 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/product/digital+microinjector+minj-d/pmc11661979-42-3-8?v=Tritech+Research+Inc
    Average 90 stars, based on 1 article reviews
    digital multi-pressure microinjector minj-d - by Bioz Stars, 2026-08
    90/100 stars

    Images

    1) Product Images from "An efficient injection protocol for Drosophila larvae"

    Article Title: An efficient injection protocol for Drosophila larvae

    Journal: Biology Methods & Protocols

    doi: 10.1093/biomethods/bpae093

    Larval injection setup. (A) Micropipette puller. Red box highlights the puller bars (a part of the pulley adjustment setup) and a glass microcapillary needle. The needle is secured in the V-groove of the pull bars and positioned through the heating filament ( arrow). The vertical pull produces two needles ( arrows). (B) Needle comparison. Tips of standard commercial needles (CMZ) compared to needles created using Program 1 (P.1) and Program 2 (P.2) on the micropipette puller. Table shows parameters for both programs. Scale bar: 100 µm. (C) Injection setup. Left: Digital Multi-pressure Microinjector system. Right: Three-axis coarse/fine micromanipulator attached to the microscope, both of which are mounted on top of an anti-vibration base plate.
    Figure Legend Snippet: Larval injection setup. (A) Micropipette puller. Red box highlights the puller bars (a part of the pulley adjustment setup) and a glass microcapillary needle. The needle is secured in the V-groove of the pull bars and positioned through the heating filament ( arrow). The vertical pull produces two needles ( arrows). (B) Needle comparison. Tips of standard commercial needles (CMZ) compared to needles created using Program 1 (P.1) and Program 2 (P.2) on the micropipette puller. Table shows parameters for both programs. Scale bar: 100 µm. (C) Injection setup. Left: Digital Multi-pressure Microinjector system. Right: Three-axis coarse/fine micromanipulator attached to the microscope, both of which are mounted on top of an anti-vibration base plate.

    Techniques Used: Injection, Comparison, Microscopy



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    Larval injection setup. (A) Micropipette puller. Red box highlights the puller bars (a part of the pulley adjustment setup) and a glass microcapillary needle. The needle is secured in the V-groove of the pull bars and positioned through the heating filament ( arrow). The vertical pull produces two needles ( arrows). (B) Needle comparison. Tips of standard commercial needles (CMZ) compared to needles created using Program 1 (P.1) and Program 2 (P.2) on the micropipette puller. Table shows parameters for both programs. Scale bar: 100 µm. (C) Injection setup. Left: Digital Multi-pressure <t>Microinjector</t> system. Right: Three-axis coarse/fine micromanipulator attached to the microscope, both of which are mounted on top of an anti-vibration base plate.
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    Image Search Results


    Larval injection setup. (A) Micropipette puller. Red box highlights the puller bars (a part of the pulley adjustment setup) and a glass microcapillary needle. The needle is secured in the V-groove of the pull bars and positioned through the heating filament ( arrow). The vertical pull produces two needles ( arrows). (B) Needle comparison. Tips of standard commercial needles (CMZ) compared to needles created using Program 1 (P.1) and Program 2 (P.2) on the micropipette puller. Table shows parameters for both programs. Scale bar: 100 µm. (C) Injection setup. Left: Digital Multi-pressure Microinjector system. Right: Three-axis coarse/fine micromanipulator attached to the microscope, both of which are mounted on top of an anti-vibration base plate.

    Journal: Biology Methods & Protocols

    Article Title: An efficient injection protocol for Drosophila larvae

    doi: 10.1093/biomethods/bpae093

    Figure Lengend Snippet: Larval injection setup. (A) Micropipette puller. Red box highlights the puller bars (a part of the pulley adjustment setup) and a glass microcapillary needle. The needle is secured in the V-groove of the pull bars and positioned through the heating filament ( arrow). The vertical pull produces two needles ( arrows). (B) Needle comparison. Tips of standard commercial needles (CMZ) compared to needles created using Program 1 (P.1) and Program 2 (P.2) on the micropipette puller. Table shows parameters for both programs. Scale bar: 100 µm. (C) Injection setup. Left: Digital Multi-pressure Microinjector system. Right: Three-axis coarse/fine micromanipulator attached to the microscope, both of which are mounted on top of an anti-vibration base plate.

    Article Snippet: We used a Digital Multi-pressure Microinjector ( , Tritech Research, Cat. No. MINJ-D) connected to an inverted microscope.

    Techniques: Injection, Comparison, Microscopy