CN204964522U - Protein immunoblotting antibody board - Google Patents
Protein immunoblotting antibody board Download PDFInfo
- Publication number
- CN204964522U CN204964522U CN201520756238.7U CN201520756238U CN204964522U CN 204964522 U CN204964522 U CN 204964522U CN 201520756238 U CN201520756238 U CN 201520756238U CN 204964522 U CN204964522 U CN 204964522U
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- China
- Prior art keywords
- base plate
- transparent roof
- roof panels
- separating device
- magnetic rubber
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Abstract
The utility model discloses protein immunoblotting antibody board relates to a molecular biology experimental apparatus, concretely relates to protein immunoblotting antibody board, including transparent roof and matched with bottom plate with it, all be provided with a plurality of uplift tracks that are parallel to each other on the relative face of transparent roof and bottom plate, swing joint is gone up to the face that transparent roof and bottom plate are relative has a plurality of magnetic rubber boards, is topside frame and base frame respectively, base frame edge is provided with a block groove, be provided with first separating device on the bottom plate, be provided with on the transparent roof one with first separating device matched with second separating device. The utility model discloses utilize base frame and base frame to fix the membrane, utilize first separating device, the second separating device mutually supported to add antibody respectively to the membrane that lies in its both sides, the membrane of having avoided in the past giving protein immunoblotting add among the antibody operation process since the institute to detect the difference of albumen molecular weight and need prune the trouble that membrane and preparation sack are hybridized respectively.
Description
Technical field
The utility model relates to a kind of molecular biology experiment device, is specifically related to protein immunoblotting antibody panel.
Background technology
Protein immunoblotting, it is the method according to certain albumen in the specific binding detection of complex sample of antigen-antibody, and protein immunoblot operation steps is generally made up of the trace of gel electrophoresis, sample and immunology detection three parts.The first step does sds polyacrylamide gel electrophoresis, makes the protein in testing sample in gel, be divided into band by molecular size range.Second step moves on to the protein transduction being divided into band in gel on a kind of solid support, and material with the most use is nitrocellulose filter (NC film) and pvdf membrane.3rd step goes out the corresponding antigens that will study of trace on film with specific antibody test.The method of immune detection can be directly and indirectly.Present multiplex indirect immunoperoxidase calibration method, after combining with specific first antibody hybridization, use enzyme target second antibody (antibody of the anti-first antibody that alkaline phosphatase (AP) or horseradish peroxidase (HRP) mark) to hybridize again to combine, more enzyme-added substrate is developed the color or is brought the existence of display antigen by the bar of exposure on the color on film or exograph.
But nowadays when with the albumen of antibody test trace on film, because the molecular weight of each albumen that will detect is different, be difficult to find a kind of device can add antibody to film easily.The general method adopted is now, first film is trimmed on demand the part of different size, then with disposable glove or preservative film, sealed membrane etc., the pouch of several suitable size is made into sealer etc., after being put into by film, add antibody respectively, this method operates very loaded down with trivial details, and made pouch can only be used once, and namely often change an antibody needs recast once.Also have people to add antibody with double dish, but this method generally can cause the waste of antibody.
Summary of the invention
In order to solve the problem, the utility model provides a kind of trouble avoiding the film needing to prune respectively different piece in protein immunoblotting owing to will detect molecular weight of albumen difference also to make sack hybrid antibody respectively, saves the protein immunoblotting antibody panel of antibody.
The utility model protein immunoblotting antibody panel, comprises transparent roof panels and base plate with matching, the face that described transparent roof panels is relative with base plate is provided with the some protuberance tracks be parallel to each other; The face that transparent roof panels is relative with base plate is connected with some magnetic rubber boards, and the magnetic rubber strip be wherein connected with transparent roof panels is top margin frame, and described top margin frame is provided with groove on the face of base plate; The magnetic rubber strip be connected with base plate is boundary frame area, and described boundary frame area is provided with groove on the face of transparent roof panels and base plate; Described boundary frame area edge is provided with a slot, the central axis of described slot and the centerline axis parallel of boundary frame area, after transparent roof panels and base plate merge, and described top margin frame card and in described slot; Groove on top margin frame is identical with the number of tracks in transparent roof panels and mutually agree with; Boundary frame area is identical with the number of tracks on base plate and mutually agree with towards the groove on the face of base plate; Described base plate is provided with the first separating device, the central axis of described first separating device is mutually vertical with the central axis of track, and the length of the first separating device and base plate length is in the direction in which equal; Described transparent roof panels is provided with the second separating device matched with the first separating device, the length of described second separating device is equal with the length of the first separating device, and the centerline axis parallel of the central axis of the second separating device and the first separating device.
Preferably, transparent roof panels and base plate are respectively arranged with four tracks, and described track all between two one group be separately positioned on described transparent roof panels and base plate; Described first separating device is the partition of semi-cylindrical protuberance, the bus of described partition and the central axis upright of described track, and the second separating device is and cuts off the fornix matched.
Preferably, be also provided with some magnetic rubber strips between transparent roof panels and base plate, the magnetic rubber strip be wherein connected with transparent roof panels is upper magnetic rubber strip, and the magnetic rubber strip be connected with base plate is magnetic adhesive tape; Described upper magnetic rubber strip two ends are provided with detent on the face of base plate; Described magnetic adhesive tape two ends are provided with positioning convex on the face of transparent roof panels, and after upper magnetic rubber strip and magnetic adhesive tape merge, detent and positioning convex fasten mutually.
Preferably, the face that transparent roof panels and base plate deviate from mutually is provided with several magnet, top margin frame, boundary frame area, upper magnetic rubber strip, magnetic adhesive tape are distinguished adsorbed close in transparent roof panels and base plate by described magnet, moving magnet, top margin frame corresponding with it, boundary frame area, upper magnetic rubber strip, magnetic adhesive tape move thereupon.
Preferably, protein immunoblotting antibody panel, also comprise two emboluses, described embolus is separately positioned on the two ends of boundary frame area, and a side of embolus is provided with T-shaped projection, described boundary frame area two ends are prolonged its length direction and are respectively arranged with a T-shaped groove, T-shaped projection on described embolus is through the T-shaped groove of boundary frame area, and described upper and lower magnetic rubber strip two ends are provided with an opening, after upper and lower magnetic rubber strip merges, the opening at its two ends forms through hole, and described T-shaped projection is through described through hole.
Or preferably, described transparent roof panels and base plate are fixedly linked by clamping device.
Preferably, clamping device is separately positioned on the two ends of transparent roof panels and base plate and the both sides of partition.
Preferably, the blessing device being arranged on transparent roof panels and base plate two ends is typical clamp, described typical clamp comprises two clamping limbs be parallel to each other, and one end of described clamping limb is connected by web joint, and the distance between clamping limb is not more than the distance between transparent roof panels and base plate.
Preferably, being arranged on the semicircle blessing device cutting off both sides is compound clip, described compound clip comprises four clamping limbs be parallel to each other, distance between two clamping limbs wherein in same level is not less than the semicircle diameter cut off, and the distance between two clamping limbs in same perpendicular is not more than the distance between transparent roof panels and base plate.
Preferably, the face that transparent roof panels and base plate deviate from mutually is all carved with mutually corresponding scale mark, scale mark comprises the scale mark and horizontal scale mark that prolong transparent roof panels length direction and the longitudinal scale mark perpendicular to horizontal scale mark, described horizontal scale mark represents sample size, and longitudinal scale mark represents antibody amount.
The utility model beneficial effect is: utilize boundary frame area and boundary frame area to be fixed film, utilize the first separating device of cooperatively interacting and the second separating device to add antibody respectively to the film being positioned at the first separating device and the second separating device both sides cooperatively interacted, avoid to add in antibody operating process to the film of protein immunoblotting in the past and need prune film respectively due to the difference of molecular weight of albumen will be detected and make the trouble of sack hybridization;
The utility model utilizes upper and lower magnetic rubber strip that film is divided into several regions, can the utility model be utilized to add antibody to the albumen that same film will detect simultaneously, time saving and energy saving, simple to operate.
Accompanying drawing explanation
Fig. 1 is protein immunoblotting antibody panel explosive view.
Fig. 2 is the enlarged diagram of upper magnetic rubber strip.
Fig. 3 is the enlarged diagram of magnetic adhesive tape.
Fig. 4 is the enlarged diagram of boundary frame area.
Fig. 5 is the scale mark schematic diagram on transparent roof panels and base plate.
Fig. 6 is Design of length schematic diagram.
1-transparent roof panels in figure, 2-base plate, 3-top margin frame, 4-boundary frame area, the upper magnetic rubber strip of 5-, 6-magnetic adhesive tape, 7-compound clip, 8-typical clamp, 9-embolus, 10-magnet, 11-cuts off, 12-track, 13-groove, 14-clamping limb, 15-web joint, 16-embolus bearing to the width of top margin frame, 17-mono-monoblock film width, 18-semicircle protuberance cut off arc length, the width of 19-reserved area, to the width of embolus bearing outside the upper magnetic rubber strip of 20-, the width of 21-embolus bearing.
Embodiment
The utility model protein immunoblotting antibody panel, comprises transparent roof panels 1 and base plate with matching 2, the face that described transparent roof panels 1 is relative with base plate 2 is provided with the some protuberance tracks 12 be parallel to each other; The face that transparent roof panels 1 is relative with base plate 2 is connected with four magnetic rubber boards, two magnetic rubber strips be wherein connected with transparent roof panels 1 are top margin frame 3, and described top margin frame 3 is provided with groove 13 on the face of base plate 2; Two magnetic rubber strips be connected with base plate 2 are boundary frame area 4, and described boundary frame area 4 is provided with groove 13 on the face of transparent roof panels 1 and base plate 2; The mutually close edge of described two boundary frame areas 4 is provided with a slot, the central axis of described slot and the centerline axis parallel of boundary frame area, and after transparent roof panels and base plate merge, described top margin frame is fastened in described slot; Groove 13 on top margin frame 3 is identical with track 12 number in transparent roof panels 1 and mutually agree with; Boundary frame area 4 is identical with track 12 number on base plate 2 and mutually agree with towards the groove 13 on the face of base plate 2; Described base plate 2 is provided with the first separating device, and the central axis of described first separating device is mutually vertical with the central axis of track 12, and the length of the first separating device and base plate length is in the direction in which equal; Described transparent roof panels 1 is provided with the second separating device matched with the first separating device, the length of described second separating device is equal with the length of the first separating device, and the centerline axis parallel of the central axis of the second separating device and the first separating device.
Transparent roof panels 1 and base plate 2 are respectively arranged with four tracks 12, and described track all between two one group be separately positioned on described transparent roof panels 1 and base plate 2; Described first separating device is the partition 11 of semi-cylindrical protuberance, and the bus of described partition 11 and the central axis upright of described track 12, the second separating device is the fornix matched with partition 11.Also be provided with four magnetic rubber strips between transparent roof panels 1 and base plate 2, two magnetic rubber strips be wherein connected with transparent roof panels 1 are upper magnetic rubber strip 5, and two magnetic rubber strips be connected with base plate 2 are magnetic adhesive tape 6; Described upper magnetic rubber strip 5 two ends are provided with detent on the face of base plate 2; Described magnetic adhesive tape 6 two ends are provided with positioning convex on the face of transparent roof panels 1, and after upper magnetic rubber strip 5 and magnetic adhesive tape 6 merge, detent and positioning convex fasten mutually.
The face that transparent roof panels 1 and base plate 2 deviate from mutually is provided with four magnet 10, top margin frame 3, boundary frame area 4, upper magnetic rubber strip (5), magnetic adhesive tape 6 are distinguished adsorbed close in transparent roof panels 1 and base plate 2 by described magnet 10, moving magnet 10, top margin frame 3 corresponding with it, boundary frame area 4, upper magnetic rubber strip 5, magnetic adhesive tape 6 move thereupon.
Protein immunoblotting antibody panel, also comprise two emboluses 9, described embolus (9) is separately positioned on the two ends of boundary frame area 4, one side of embolus 9 is provided with T-shaped projection, described boundary frame area 4 two ends are prolonged its length direction and are respectively arranged with a T-shaped groove, T-shaped projection on described embolus 9 is through the T-shaped groove of boundary frame area 4, described upper and lower magnetic rubber strip 5,6 two ends are provided with an opening, after upper and lower magnetic rubber strip 5,6 merges, the opening at its two ends forms through hole, and described T-shaped projection is through described through hole.Transparent roof panels 1 and base plate 2 are fixedly linked by clamping device.Clamping device is separately positioned on the two ends of transparent roof panels 1 and base plate 2 and cuts off the both sides of 11.
The blessing device being arranged on transparent roof panels 1 and base plate 2 two ends is typical clamp, described typical clamp 7 comprises two clamping limbs be parallel to each other 14, one end of described clamping limb 14 is connected by web joint 15, and the distance between clamping limb 14 is not more than the distance between transparent roof panels 1 and base plate 2.
Being arranged on the semicircle blessing device cutting off 11 both sides is compound clip 8, described compound clip 8 comprises four clamping limbs be parallel to each other 14, distance between two clamping limbs 14 wherein in same level is not less than the diameter of semicircle partition 11, and the distance between two clamping limbs 14 in same perpendicular is not more than the distance between transparent roof panels 1 and base plate 2.
The face that transparent roof panels 1 and base plate 2 deviate from mutually is all carved with mutually corresponding scale mark, scale mark comprises the scale mark and horizontal scale mark that prolong transparent roof panels 1 length direction and the longitudinal scale mark perpendicular to horizontal scale mark, described horizontal scale mark represents sample size, and longitudinal scale mark represents antibody amount.
Design of length is:
The length of top margin frame 3 is a monoblock film width 17 and semicircle arc length 18, twice reserved area width 19 sum of swelling partition 11;
The identical length etc. of the length of boundary frame area 4 and the length of upper magnetic rubber strip 5, magnetic adhesive tape 6, and to arc length 18 sum that the width 21 of embolus bearing of the width 20 of embolus bearing, twice, the embolus bearing of twice cut off to the width 17 of width 19, the monoblock film of the reserved area of the width 16 of top margin frame, twice, semicircle protuberance outside the upper magnetic rubber strip equaling twice.
The length of transparent roof panels 1 is identical with the length of base plate 2, and to the width 20 of embolus bearing, the embolus bearing width 21 of twice, the embolus bearing of twice to the width 19 of the reserved area of the width 17 of top margin width of frame 16, monoblock film, twice, embolus 9 Outboard Sections width, semicircle the protuberance diameter of partition 11, the half of a monoblock film width 17 outside the upper magnetic rubber strip equaling twice.
Also can design length in the following manner:
The length of top margin frame 3 is width 19 sum of a monoblock film width 17 of twice, the semicircle arc length 18 of protuberance partition, the reserved area of twice.
The length of boundary frame area 4 is identical with the length of the length of upper magnetic rubber strip 5, magnetic adhesive tape 6, and to arc length 18 sum that the width 21 of embolus bearing of the width 20 of embolus bearing, twice, the embolus bearing of twice cut off to the width 19 of the reserved area of the width 16 of top margin frame, twice, semicircle protuberance outside the upper magnetic rubber strip 5 equaling twice.
The length of transparent roof panels 1 is identical with the length of base plate 2, and to the embolus bearing of the embolus bearing width 21 of embolus bearing width 20, twice, twice to the reserved area width 19 of top margin width of frame 16, monoblock film width 17, twice, embolus exposed parts width, semicircle the protuberance diameter of partition 11, the half sum of a monoblock film width 17 outside the top adhesive tape equaling twice.
Thickness is designed to:
Thickness after the thickness of the thickness of upper magnetic rubber strip 5 and the thickness of magnetic adhesive tape 6, top margin frame 3, the thickness of 1/2 boundary frame area 4, transparent roof panels 1 and base plate 2 fasten is all equal.
During use, first top margin frame 3 and boundary frame area 4 and the same number of upper magnetic rubber strip 5 and magnetic adhesive tape 6 are adsorbed on after on transparent roof panels 1 and base plate 2 with magnet 10 respectively as required, film is layered in plane that boundary frame area 4 and magnetic adhesive tape 6 prop up, moving magnet 10 adjusts position, magnetic adhesive tape 6 is made to be in the both sides of the film that will add antibody moiety respectively, and the end, one end making boundary frame area 3 and magnetic adhesive tape 6 on the same line, according to scale shown on base plate 2, adjustment transparent roof panels 1 upper topside frame 3 and upper magnetic rubber strip 5 are to same position, after guaranteeing to merge transparent roof panels 1 and base plate 2, top margin frame 3 is fastened in the slot on boundary frame area 4, positioning convex in magnetic adhesive tape 6 can agree with mutually with the detent in magnetic adhesive tape 6, merge transparent roof panels 1 and base plate 2 and on top margin frame 3 and boundary frame area 4, and upper magnetic rubber strip 5 and magnetic adhesive tape 6, with compound clip 7 from partition 11 both sides clamping transparent roof panels 1 and base plate 2.Because having obstruct to leave space and being divided into several part by upper and lower magnetic rubber strip 5,6 combination between transparent roof panels 1 and base plate 2, appropriate antibody is added according to the gap, film place that graduation indication need add antibody that transparent roof panels 1 and base plate 2 deviate from face mutually, by embolus 9 from transparent roof panels 1 and base plate 2 both sides along the T-shaped groove of boundary frame area 4, and the through hole of upper and lower magnetic rubber strip 5,6 after merging inserts, and clamps transparent roof panels 1 and base plate 2 herein by typical clamp 8.Namely the film that need like this add antibody is incubated in antibody, and upper and lower magnetic rubber strip 5,6 after the antibody simultaneously added is combined, the partition 11 on base plate 2 and embolus 9 are confined in certain area, can not flow freely, and prevent the mutual pollution between antibody and loss.
With Dui Han tetra-road sample, one albumen Marker, molecular weight is that to add antibody be that example is described to the film between 72 and 95.
By top margin frame 3, boundary frame area 4 and two upper magnetic rubber strips 5, two magnetic adhesive tape 6 are adsorbed on after on corresponding transparent roof panels 1 and base plate 2 with magnet 10 respectively, film is layered in plane that boundary frame area 4 and magnetic adhesive tape 6 prop up, moving magnet 10, adjustment position, one piece of magnetic adhesive tape 6 is made to be on the position of molecular weight 72, one piece of magnetic adhesive tape 6 is on the position of molecular weight 95, and the end, one end making boundary frame area 4 and magnetic adhesive tape 6 on the same line, according to scale shown on base plate 2, adjustment transparent roof panels 1 upper topside frame 3 and upper magnetic rubber strip 5 are to same position, after guaranteeing to merge transparent roof panels 1 and base plate 2, boundary frame area 4 can be nested in outside top margin frame 3, positioning convex in magnetic adhesive tape 6 can agree with mutually with the detent on upper magnetic rubber strip 5, merge transparent roof panels 1 and base plate 2 and on top margin frame 3 and boundary frame area 4, upper magnetic rubber strip 5 and magnetic adhesive tape 6, with compound clip 7 from partition 11 both sides clamping transparent roof panels 1 and base plate 2.Appropriate antibody is added according to the gap, film place of graduation indication between molecular weight 72 and 95, suppose that molecular weight 95 correspondence is on 8000 microlitre scale marks, molecular weight 72 correspondence is on 6000 microlitre scale marks, adding antibody amount is then, 8000-6000*5/10=1000 microlitre, after being combined from transparent roof panels 1 and base plate 2 both sides along the T-shaped groove and upper and lower magnetic rubber strip 5,6 that are reserved in boundary frame area 4 by embolus 9, the through hole at two ends inserts, and clamps transparent roof panels 1 and base plate 2 herein by typical clamp 8.After Membrane cleaning, the transparent roof panels 1 that can directly utilize partition 11 to separate and the opposite side of base plate 2 add two and resist.
Claims (10)
1. a protein immunoblotting antibody panel, comprises transparent roof panels (1) and base plate with matching (2), it is characterized in that, the face that described transparent roof panels (1) is relative with base plate (2) is provided with the some protuberance tracks (12) be parallel to each other; The face that transparent roof panels (1) is relative with base plate (2) is connected with some magnetic rubber boards, the magnetic rubber board be wherein connected with transparent roof panels (1) is top margin frame (3), and described top margin frame (3) is provided with groove (13) on the face of base plate (2); The magnetic rubber board be connected with base plate (2) is boundary frame area (4), and described boundary frame area (4) is provided with groove (13) on the face of transparent roof panels (1) and base plate (2); Described boundary frame area (4) edge is provided with a slot, the centerline axis parallel of the central axis of described slot and boundary frame area (4), and after transparent roof panels (1) and base plate (2) merge, described top margin frame (3) is entrapped in described slot; Groove (13) on top margin frame (3) and shape identical with track (12) number in transparent roof panels (1) is agreed with mutually; Boundary frame area (4) agrees with mutually towards and the shape identical with track (12) number on base plate (2) of the groove (13) on the face of base plate (2); (2) are provided with the first separating device to described base plate, and the central axis of described first separating device is mutually vertical with the central axis of track (12), and the length of the first separating device is equal with base plate (2) length in the direction in which; Described transparent roof panels, (1) are provided with the second separating device matched with the first separating device, the length of described second separating device is equal with the length of the first separating device, and the centerline axis parallel of the central axis of the second separating device and the first separating device.
2. protein immunoblotting antibody panel as claimed in claim 1, it is characterized in that, described transparent roof panels (1) and base plate (2) are respectively arranged with four tracks (12), and described track (12) all between two one group be separately positioned on described transparent roof panels (1) and base plate (2); Described first separating device is the partition (11) of semi-cylindrical protuberance, the bus of described partition (11) and the central axis upright of described track (12), and the second separating device is the fornix matched with partition (11).
3. protein immunoblotting antibody panel as claimed in claim 1 or 2, it is characterized in that, some magnetic rubber strips are also provided with between described transparent roof panels (1) and base plate (2), the magnetic rubber strip be wherein connected with transparent roof panels (1) is upper magnetic rubber strip (5), and the magnetic rubber strip be connected with base plate (2) is magnetic adhesive tape (6); Described upper magnetic rubber strip (5) two ends are provided with detent on the face of base plate (2); Described magnetic adhesive tape (6) two ends are provided with positioning convex on the face of transparent roof panels (1), and after upper magnetic rubber strip (5) and magnetic adhesive tape (6) merge, detent and positioning convex fasten mutually.
4. protein immunoblotting antibody panel as claimed in claim 3, it is characterized in that, the face that described transparent roof panels (1) and base plate (2) deviate from mutually is provided with several magnet (10), top margin frame (3), boundary frame area (4), upper magnetic rubber strip (5), magnetic adhesive tape (6) are distinguished adsorbed close in transparent roof panels (1) and base plate (2) by described magnet (10), moving magnet (10), top margin frame (3) corresponding with it, boundary frame area (4), upper magnetic rubber strip (5), magnetic adhesive tape (6) move thereupon.
5. protein immunoblotting antibody panel as claimed in claim 4, also comprise two emboluses (9), it is characterized in that, described embolus (9) is separately positioned on the two ends of boundary frame area (4), one side of embolus (9) is provided with T-shaped projection, described boundary frame area (4) two ends are prolonged its length direction and are respectively arranged with a T-shaped groove, T-shaped projection on described embolus (9) is through the T-shaped groove of boundary frame area (4), on described, magnetic adhesive tape (5), (6) two ends are provided with an opening, when upper, magnetic adhesive tape (5), (6) after merging, the opening at its two ends forms through hole, described T-shaped projection is through described through hole.
6. protein immunoblotting antibody panel as described in claim 4 or 5, is characterized in that, described transparent roof panels (1) and base plate (2) are fixedly linked by clamping device.
7. protein immunoblotting antibody panel as claimed in claim 6, it is characterized in that, described clamping device is separately positioned on the two ends of transparent roof panels (1) and base plate (2) and the both sides of partition (11).
8. protein immunoblotting antibody panel as claimed in claim 7, it is characterized in that, the described blessing device being arranged on transparent roof panels (1) and base plate (2) two ends is typical clamp, described typical clamp (7) comprises two clamping limbs be parallel to each other (14), one end of described clamping limb (14) is connected by web joint (15), and the distance between clamping limb (14) is not more than the distance between transparent roof panels (1) and base plate (2).
9. protein immunoblotting antibody panel as claimed in claim 8, it is characterized in that, the described blessing device being arranged on semicircle partition (11) both sides is compound clip (8), described compound clip (8) comprises four clamping limbs be parallel to each other (14), the distance be wherein positioned between two clamping limbs (14) in same level is not less than the semicircle diameter cutting off (11), and the distance between two clamping limbs (14) being positioned at same perpendicular is not more than the distance between transparent roof panels (1) and base plate (2).
10. protein immunoblotting antibody panel as claimed in claim 9, it is characterized in that, the face that described transparent roof panels (1) and base plate (2) deviate from mutually is all carved with mutually corresponding scale mark, scale mark comprises the scale mark and horizontal scale mark that prolong transparent roof panels (1) length direction and the longitudinal scale mark perpendicular to horizontal scale mark, described horizontal scale mark represents sample size, and longitudinal scale mark represents antibody amount.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520756238.7U CN204964522U (en) | 2015-09-28 | 2015-09-28 | Protein immunoblotting antibody board |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520756238.7U CN204964522U (en) | 2015-09-28 | 2015-09-28 | Protein immunoblotting antibody board |
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| Publication Number | Publication Date |
|---|---|
| CN204964522U true CN204964522U (en) | 2016-01-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520756238.7U Expired - Fee Related CN204964522U (en) | 2015-09-28 | 2015-09-28 | Protein immunoblotting antibody board |
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| CN (1) | CN204964522U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109342741A (en) * | 2018-11-29 | 2019-02-15 | 莫纳(连云港)生物科技有限公司 | A kind of push-in blotting membrane clamping device |
| CN110716056A (en) * | 2019-09-30 | 2020-01-21 | 中国人民解放军总医院 | Full immersion type western blot experiment membrane cutting device |
-
2015
- 2015-09-28 CN CN201520756238.7U patent/CN204964522U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109342741A (en) * | 2018-11-29 | 2019-02-15 | 莫纳(连云港)生物科技有限公司 | A kind of push-in blotting membrane clamping device |
| CN109342741B (en) * | 2018-11-29 | 2024-02-23 | 莫纳(武汉)生物科技有限公司 | Quick-insertion type imprinting film clamping device |
| CN110716056A (en) * | 2019-09-30 | 2020-01-21 | 中国人民解放军总医院 | Full immersion type western blot experiment membrane cutting device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160113 Termination date: 20180928 |