CN206450686U - A kind of composite reagent bar - Google Patents
A kind of composite reagent bar Download PDFInfo
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- CN206450686U CN206450686U CN201720173295.1U CN201720173295U CN206450686U CN 206450686 U CN206450686 U CN 206450686U CN 201720173295 U CN201720173295 U CN 201720173295U CN 206450686 U CN206450686 U CN 206450686U
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Abstract
The utility model discloses a kind of composite reagent bar, including connecting bottom board, it is sequentially provided with the 3rd joint-trial agent bar assembly, the first joint-trial agent bar assembly and the second joint-trial agent bar assembly on connecting bottom board from left to right；Wherein the first joint-trial agent bar assembly is made up of the first inclined-plane reagent tube assembly, the first cylinder reagent tube assembly and enhancing liquid Reagent Tube；Second joint-trial agent bar assembly is made up of the second inclined-plane reagent tube assembly and the second cylinder reagent tube assembly；3rd joint-trial agent bar assembly is made up of the 3rd inclined-plane reagent tube assembly and the 3rd cylinder reagent tube assembly.The utility model can meet multiple inspection projects while detection, single project kinds of experiments data comparison.Freeze-dried powder is realized simultaneously and full liquid is dual uses.
Description
Technical field：
The utility model is related to in-vitro diagnosis and biomedical Reagent Tube, more specifically, is related to a kind of combination examination
Agent bar.
Background technology:
POCT real-time tests (Point Care of Testing), are in-vitro diagnosis industry important development sides in recent years
To with fastest-rising field.The technology that POCT is related to is varied, in brief, can be divided into simple colour developing, enzyme mark, exempt from
Epidemic disease analysis, optically and electrically biology sensor, Electrochemical Detection, spectrophotometric and biochip etc..Chemiluminescence immune assay
It is that will be combined with highly sensitive chemical luminescent detecting technology with the immune response of high specific, for various antigens, half
The detection and analysis technology of antigen, antibody, hormone, enzyme, aliphatic acid, vitamin and medicine etc..Be after radioimmunology analysis, enzyme exempt from analysis,
The newest immunoassay grown up after fluoroimmunoassay and time resolved fluoro-immunoassay.
Apply at present and use magnetic particle in the detection of chemo-immunity illumination instrument, to coated antibody.Use alkaline phosphatase
Labelled antigen（Antibody）, by common antigen antibody response, alkaline phosphatase is combined on particulate, the combination of alkaline phosphatase
Amount is proportional with the test substance in patients serum.By washing（There is magnetic field on reaction tube both sides, and the coated antigen of magnetic particle resists
Body conjugate is attracted to pipe both sides, and remaining free fraction is sucked）, it is eventually adding after luminous substrate concussion incubation, instrument
Device detects the luminous intensity of reaction by photomultiplier, obtains detecting data.
Carried out using the reaction reagent of the field instrument in reaction cup, the placement form of existing reaction cup group has edge to incubate
Disk circumferentially some reaction reagent cups are educated, cause some reagents for relating to reaction to need the inconvenience of multiple transfer operation；Or
Multiple reaction reagent cup combinations form the combination of simply connected Reagent Tube, and form simply connected combination improves disadvantages mentioned above, but every time can only
Detect single inspection project, it is impossible to realize multiple detection projects while the operation carried out and single project kinds of experiments data
Contrast；In addition, at present in Chemiluminescence Immunoassay detection, when being detected under the conditions of freeze-dried powder and full liquid, it is necessary to
Change different reagent strips to be operated, cause the disunity of reagent strip.
Utility model content
The purpose of this utility model be to overcome above mentioned problem can meet multiple inspection projects there is provided one kind and meanwhile detect,
Single project kinds of experiments data comparison, and freeze-dried powder and the dual composite reagent bar used of full liquid can be realized simultaneously.
The technical solution of the utility model is：On a kind of composite reagent bar, including connecting bottom board, connecting bottom board from a left side to
The right side, is sequentially provided with the 3rd joint-trial agent bar assembly, the first joint-trial agent bar assembly and the second joint-trial agent bar assembly；Wherein the first joint-trial agent
Bar assembly is made up of the first inclined-plane reagent tube assembly, the first cylinder reagent tube assembly and enhancing liquid Reagent Tube；Second joint-trial
Agent bar assembly is made up of the second inclined-plane reagent tube assembly and the second cylinder reagent tube assembly；3rd joint-trial agent bar assembly is by
Three inclined-plane reagent tube assemblies and the 3rd cylinder reagent tube assembly composition.
In combinations thereof reagent strip, the first inclined-plane reagent tube assembly include the first the first inclined-plane Reagent Tubes,
The first the second inclined-plane Reagent Tube, the first the 3rd inclined-plane Reagent Tube, the first the 4th inclined-plane Reagent Tube, the first the 5th inclined-planes
Reagent Tube and the first the 6th inclined-plane Reagent Tube；The first cylinder reagent tube assembly includes the first the first cylinder reagents
Pipe, the first the second cylinder Reagent Tube, the first the 3rd cylinder Reagent Tube and the first the 4th cylinder Reagent Tubes.
In combinations thereof reagent strip, the second inclined-plane reagent tube assembly include the second the first inclined-plane Reagent Tubes,
The second the second inclined-plane Reagent Tube, the second the 3rd inclined-plane Reagent Tube, the second the 4th inclined-plane Reagent Tube, the second the 5th inclined-planes
Reagent Tube and the second the 6th inclined-plane Reagent Tube；Second cylinder reagent tube assembly includes the second the first cylinder Reagent Tubes and the
Bigeminy the second cylinder Reagent Tube.
In combinations thereof reagent strip, the 3rd inclined-plane reagent tube assembly include the three the first inclined-plane Reagent Tubes,
The three the second inclined-plane Reagent Tube, the 3rd the 3rd inclined-plane Reagent Tube, the 3rd the 4th inclined-plane Reagent Tube, the 3rd the 5th inclined-planes
Reagent Tube and the 3rd the 6th inclined-plane Reagent Tube；The 3rd cylinder reagent tube assembly includes the three the first cylinder Reagent Tubes
With the three the second cylinder Reagent Tubes.
In combinations thereof reagent strip, the first the first inclined-plane Reagent Tubes, the first the second inclined-plane Reagent Tubes, the second the
One inclined-plane Reagent Tube, the second the second inclined-plane Reagent Tubes, the three the first inclined-plane Reagent Tubes, the three the second inclined-plane Reagent Tubes are equal
It is set to sample Reagent Tube；
In combinations thereof reagent strip, the first the 3rd inclined-plane Reagent Tube, the first the 4th inclined-plane Reagent Tube, the second the
Three inclined-plane Reagent Tubes, the second the 4th inclined-plane Reagent Tube, the 3rd the 3rd inclined-plane Reagent Tube, the 3rd the 4th inclined-plane Reagent Tube are equal
It is set to quality-control product Reagent Tube；
In combinations thereof reagent strip, the first the 5th inclined-plane Reagent Tube, the second the 5th inclined-plane Reagent Tube, the three the
Five inclined-plane Reagent Tubes are disposed as background Reagent Tube；
In combinations thereof reagent strip, the first the 6th inclined-plane Reagent Tube, the second the 6th inclined-plane Reagent Tube, the three the
Six inclined-plane Reagent Tubes are disposed as quality-control product diluent reagent pipe；
In combinations thereof reagent strip, the first the first cylinder Reagent Tubes, the second the first cylinder Reagent Tubes, the three the
One cylinder Reagent Tube is disposed as label Reagent Tube；
In combinations thereof reagent strip, the first the second cylinder Reagent Tubes, the second the second cylinder Reagent Tubes, the three the
Two cylinder Reagent Tubes are disposed as label diluent reagent pipe；
In combinations thereof reagent strip, the first the 3rd cylinder Reagent Tube is set to internal standard Reagent Tube, the first the 4th circle
Post Reagent Tube is set to standby Reagent Tube.
In combinations thereof reagent strip, described the first inclined-plane reagent tube assembly, the second inclined-plane reagent bar assembly,
Three inclined-plane reagent bar assemblies, the inclined-plane of same adjacent two inclined-plane Reagent Tube is in be oppositely arranged.
In combinations thereof reagent strip, several composite reagent bars are arranged on incubation disk.
The utility model compared with prior art, with advantages below：
（1）The utility model can meet multiple inspection projects while detection, single project kinds of experiments data comparison.And show
The placement form one of some reaction cup groups is along being incubated disk circumferentially some reaction reagent cups, cause to relate to some examinations of reaction
Agent needs the inconvenience of multiple transfer operation, and two be that multiple reaction reagent cup combinations form the combination of simply connected Reagent Tube, the form simply connected
Combination improves disadvantages mentioned above, but can only detect single inspection project every time, it is impossible to realize what multiple detection projects were carried out simultaneously
Operation and the contrast of single project kinds of experiments data.Composite reagent strip adoption three of the present utility model is designed, including the
One joint-trial agent bar assembly, the second joint-trial agent bar assembly, the 3rd joint-trial agent bar assembly, connecting bottom board, each reaction cup Reagent Tube connection
On reagent strip connecting bottom board, it is many that each reagent strip both can separately examine different projects or same project to carry out
The contrast of sample, so as to solve above-mentioned defect.
（2）The utility model can realize freeze-dried powder simultaneously and full liquid is dual uses.And before in chemiluminescence immunoassay skill
In art detection, when freeze-dried powder under the conditions of full liquid from detecting, it is necessary to change different reagent strips to be operated, examination is caused
The disunity of agent bar.
Brief description of the drawings
Fig. 1 is composite reagent bar overlooking the structure diagram of the present utility model；
Fig. 2 is composite reagent bar side structure schematic diagram of the present utility model；
Fig. 3 sets the schematic diagram of the utility model composite reagent bar for incubation disk.
In figure：1. the first joint-trial agent bar assembly；2. the second joint-trial agent bar assembly；3. the 3rd joint-trial agent bar assembly；4. the 3rd
Join inclined-plane reagent tube assembly；41. the three the first inclined-plane Reagent Tubes；42. the three the second inclined-plane Reagent Tubes；43. the three the
Three inclined-plane Reagent Tubes；44. the 3rd the 4th inclined-plane Reagent Tube；45. the 3rd the 5th inclined-plane Reagent Tube；46. the 3rd the 6th is oblique
Face Reagent Tube；5. the 3rd cylinder reagent tube assembly；51. the three the first cylinder Reagent Tubes；42. the three the second cylinder reagents
Pipe；6. the first inclined-plane reagent tube assembly；61. the first the first inclined-plane Reagent Tubes；62. the first the second inclined-plane Reagent Tubes；63.
First the 3rd inclined-plane Reagent Tube；64. the first the 4th inclined-plane Reagent Tube；65. the first the 5th inclined-plane Reagent Tube；66. first
Join the 6th inclined-plane Reagent Tube；7. the first cylinder reagent tube assembly；71. the first the first cylinder Reagent Tubes；72. the first the second
Cylinder Reagent Tube；73. the first the 3rd cylinder Reagent Tube；74. the first the 4th cylinder Reagent Tube；8. the second inclined-plane Reagent Tube
Component；81. the second the first inclined-plane Reagent Tubes；82. the second the second inclined-plane Reagent Tubes；83. the second the 3rd inclined-plane Reagent Tube；
84. the second the 4th inclined-plane Reagent Tube；85. the second the 5th inclined-plane Reagent Tube；86. the second the 6th inclined-plane Reagent Tube；9. the
Bigeminy cylinder reagent tube assembly；91. the second the first cylinder Reagent Tubes；92. the second the second cylinder Reagent Tubes；10. connect bottom
Plate；11. strengthen liquid Reagent Tube.
Embodiment
As shown in Figure 1, 2, on a kind of composite reagent bar, including connecting bottom board 10, connecting bottom board 10 from left to right, set successively
There are the 3rd joint-trial agent bar assembly 3, the first joint-trial agent bar assembly 1 and the second joint-trial agent bar assembly 2；Wherein the first joint-trial agent bar assembly
1 is made up of the first inclined-plane reagent tube assembly 6, the first cylinder reagent tube assembly 7 and enhancing liquid Reagent Tube 11；Second joint-trial agent
Bar assembly 2 is made up of the second inclined-plane reagent tube assembly 8 and the second cylinder reagent tube assembly 9；3rd joint-trial agent bar assembly 3 by
3rd inclined-plane reagent tube assembly 4 and the 3rd cylinder reagent tube assembly 5 are constituted.
Wherein the first inclined-plane reagent bar assembly 6 includes the first the first inclined-plane Reagent Tubes 61, the first the second inclined-plane examinations
Agent pipe 62, the first the 3rd inclined-plane Reagent Tube 63, the first the 4th inclined-plane Reagent Tube 64, the first and of the 5th inclined-plane Reagent Tube 65
First the 6th inclined-plane Reagent Tube 66；First cylinder reagent tube assembly 7 includes the first the first cylinder Reagent Tubes 71, first
Second cylinder Reagent Tube 72, the first the 3rd cylinder Reagent Tube 73 and the first the 4th cylinder Reagent Tube 74.
Wherein the second inclined-plane reagent bar assembly 8 includes the second the first inclined-plane Reagent Tubes 81, the second the second inclined-plane examinations
Agent pipe 82, the second the 3rd inclined-plane Reagent Tube 83, the second the 4th inclined-plane Reagent Tube 84, the second and of the 5th inclined-plane Reagent Tube 85
Second the 6th inclined-plane Reagent Tube 86；Second cylinder reagent tube assembly 9 includes the second the first cylinder Reagent Tubes 91 and second
Join the second cylinder Reagent Tube 92.
Wherein the 3rd inclined-plane reagent bar assembly 4 includes the three the first inclined-plane Reagent Tubes 41, the three the second inclined-plane examinations
Agent pipe 42, the 3rd the 3rd inclined-plane Reagent Tube 43, the 3rd the 4th inclined-plane Reagent Tube 44, the 3rd and of the 5th inclined-plane Reagent Tube 45
3rd the 6th inclined-plane Reagent Tube 46；3rd cylinder reagent tube assembly 5 includes the three the first cylinder Reagent Tubes 51 and the 3rd
Join the second cylinder Reagent Tube 52.
Wherein the first the first inclined-plane Reagent Tubes 61, the first the second inclined-plane Reagent Tubes 62, the second the first inclined-plane reagents
Pipe 81, the second the second inclined-plane Reagent Tubes 82, the three the first inclined-plane Reagent Tubes 41, the three the second inclined-plane Reagent Tubes 42 are all provided with
It is set to sample Reagent Tube；First the 3rd inclined-plane Reagent Tube 63, the first the 4th inclined-plane Reagent Tube 64, the examination of the second the 3rd inclined-plane
Agent pipe 83, the second the 4th inclined-plane Reagent Tube 84, the 3rd the 3rd inclined-plane Reagent Tube 43, the 3rd the 4th inclined-plane Reagent Tube 44 are equal
It is set to quality-control product Reagent Tube；First the 5th inclined-plane Reagent Tube 65, the second the 5th inclined-plane Reagent Tube the 85, the 3rd the 5th are oblique
Face Reagent Tube 45 is disposed as background Reagent Tube；First the 6th inclined-plane Reagent Tube 66, the second the 6th inclined-plane Reagent Tube 86,
3 the 6th inclined-plane Reagent Tubes 46 are disposed as quality-control product diluent reagent pipe；The first the first cylinder Reagent Tubes 71, second
First cylinder Reagent Tube 91, the three the first cylinder Reagent Tubes 51 are disposed as label Reagent Tube；The first the second cylinder examinations
Agent pipe 72, the second the second cylinder Reagent Tubes 92, the three the second cylinder Reagent Tubes 52 are disposed as label diluent reagent
Pipe；First the 3rd cylinder Reagent Tube 73 is set to internal standard Reagent Tube, and the first the 4th cylinder Reagent Tube 74 is set to standby examination
Agent pipe.
Above-mentioned the first inclined-plane reagent tube assembly 4, the second inclined-plane reagent bar assembly 6, the 3rd inclined-plane reagent strip group
Part 8, the inclined-plane of same adjacent two inclined-plane Reagent Tube is in be oppositely arranged.
Combinations thereof reagent strip of the present utility model, dual can meet Chemiluminescence Immunoassay full liquid and examine with freezing
Powder inspection technology.
Operation principle of the present utility model is as follows:Under the conditions of freeze-dried powder, when sample is tested, reagent strip is along incubation
Disk circumference is placed, as shown in figure 3, examining operation principle as follows:
Step one：Puncture needle is pierced through to each reagent mouth of pipe of reagent strip.
Step 2：The mark dilution of the first the second cylinder Reagent Tubes 72 is added in the first the first cylinder test tubes 71
Dilute mark, the mark dilutions of the second the second cylinder Reagent Tubes 92, which is added in the second the first cylinder test tubes 91, to be diluted
Mark, the mark dilution of the three the second cylinder Reagent Tubes 52 is added to dilution mark in the three the first cylinder test tubes 51
Thing.
Step 3：The quality-control product dilution of first the 6th inclined-plane Reagent Tube 66 is added to the first the 3rd inclined-plane Reagent Tube
63rd, dilution quality-control product in the 4th inclined-plane Reagent Tube 64, the quality-control product dilution of the second the 6th inclined-plane Reagent Tube 46 is added to the 3rd
Join the 3rd inclined-plane Reagent Tube 43, the interior dilution quality-control product of the 4th inclined-plane Reagent Tube 44, the Quality Control of the 3rd the 6th inclined-plane Reagent Tube 86
Product dilution is added to dilution quality-control product in the 3 the 3rd 83, the 4th inclined-plane Reagent Tubes 84.
Step 4:A corpse or other object for laboratory examination and chemical testing is added separately to the first the first inclined-plane Reagent Tubes 61, the first the second inclined-plane Reagent Tubes 62, second
Join the first inclined-plane Reagent Tube 81, the second inclined-plane Reagent Tube 82, in the three the first inclined-plane Reagent Tubes 41, the second inclined-plane Reagent Tube 42
Combined with magnetic bead in pipe.
Step 5：It is incubated after a period of time, corpse or other object for laboratory examination and chemical testing pin draws the first the first inclined-plane Reagent Tubes 61, the first the second inclined-planes
Reagent Tube 62, the first the 3rd inclined-plane Reagent Tube 63, the 4th inclined-plane Reagent Tube 64, the reaction solution in the 5th inclined-plane Reagent Tube 65
On body, the inclined-plane for being discharged into inclined-plane Reagent Tube, the action repeated several times, now magnet position move up, complete the first Reagent Tube
The separation of magnetic bead；It is incubated disk to rotate after certain angle, corpse or other object for laboratory examination and chemical testing pin draws the second the first inclined-plane Reagent Tube 81, examinations of the second inclined-plane
Agent pipe 82, the 3rd inclined-plane Reagent Tube 83, the 4th inclined-plane Reagent Tube 84, the reaction liquid in the 5th inclined-plane Reagent Tube 85, are discharged into
On the inclined-plane of inclined-plane Reagent Tube, the action repeated several times, now magnet position move up, complete the second Reagent Tube magnetic bead point
From；It is incubated disk to be rotated further by after certain angle, corpse or other object for laboratory examination and chemical testing pin draws the three the first inclined-plane Reagent Tube 41, the second inclined-plane Reagent Tubes
42nd, the 3rd inclined-plane Reagent Tube 43, the 4th inclined-plane Reagent Tube 44, the reaction liquid in the 5th inclined-plane Reagent Tube 45, are discharged into inclined-plane
On the inclined-plane of Reagent Tube, the action repeated several times, now magnet position move up, complete the 3rd Reagent Tube magnetic bead separation.
Step 6：Cleaning needle is to the first the first inclined-plane Reagent Tubes 61, the first the second inclined-plane Reagent Tube 62, the 3rd inclined-planes
Reagent Tube 63, the 4th inclined-plane Reagent Tube 64, the adherent magnetic bead on the inclined-plane of the 5th inclined-plane Reagent Tube 65 are cleaned, and have been cleaned
Waste liquid is siphoned away by cleaning needle, now magnet position remain in that it is motionless, repeated several times cleaning after, last time clean when magnetic
Iron position is moved down, and liquid to be cleaned washes away adherent magnetic bead and is flushed in behind the bottom of inclined-plane Reagent Tube, and magnet position is moved up, and cleaning needle siphons away useless
Liquid.Identical cleaning is carried out for the inclined-plane Reagent Tube 4 of the second inclined-plane reagent tube assembly the 8, the 3rd.
Step 7：Draw the mark after the first the second cylinder test tubes 72 dilute and be added separately to the first the first inclined-plane examinations
Agent pipe 61, the second inclined-plane Reagent Tube 62, the 3rd inclined-plane Reagent Tube 63, the 4th inclined-plane Reagent Tube 64, in the 5th inclined-plane Reagent Tube 65；
It is incubated disk to rotate after certain angle, draws the mark after the dilution of the second the second cylinder test tubes 52 and be added separately to second
First inclined-plane Reagent Tube 41, the second inclined-plane Reagent Tube 42, the 3rd inclined-plane Reagent Tube 43, the 4th inclined-plane Reagent Tube 44, the 5th inclined-plane
In Reagent Tube 45；It is incubated disk to be rotated further by after certain angle, draws the mark after the dilution of the three the second cylinder test tubes 92
It is added separately to the three the first inclined-plane Reagent Tube 81, the second inclined-plane Reagent Tube 82, the 3rd inclined-plane Reagent Tube 83, the 4th inclined-plane reagents
In pipe 84, the 5th inclined-plane Reagent Tube 85.
Step 8：After being incubated after a while, repeat step five and step 6.
Step 9：Draw the enhancing liquid in enhancing liquid Reagent Tube 11 and be added separately to the first the first inclined-plane Reagent Tubes 61, the
Two inclined-plane Reagent Tubes 62, the 3rd inclined-plane Reagent Tube 63, the 4th inclined-plane Reagent Tube 64, in the 5th inclined-plane Reagent Tube 65；Disk is incubated to turn
After dynamic certain angle, draw the enhancing liquid in enhancing liquid Reagent Tube 11 and be added separately to the second the first inclined-plane Reagent Tubes 81, the
Two inclined-plane Reagent Tubes 82, the 3rd inclined-plane Reagent Tube 83, the 4th inclined-plane Reagent Tube 84,85 in the 5th inclined-plane Reagent Tube；It is incubated disk again
Rotate after certain angle, draw the enhancing liquid in enhancing liquid Reagent Tube 11 be added separately to the three the first inclined-plane Reagent Tubes 41,
Second inclined-plane Reagent Tube 42, the 3rd inclined-plane Reagent Tube 43, the 4th inclined-plane Reagent Tube 44, in the 5th inclined-plane Reagent Tube 45.
Step 10：The luminous intensity of reaction is detected by photomultiplier, obtains detecting data.
Claims (7)
1. a kind of composite reagent bar, it is characterised in that including connecting bottom board, it is sequentially provided with the 3rd on connecting bottom board from left to right
Reagent bar assembly, the first joint-trial agent bar assembly and the second joint-trial agent bar assembly；Wherein the first joint-trial agent bar assembly is oblique by first
Interview agent tube assembly, the first cylinder reagent tube assembly and enhancing liquid Reagent Tube composition；Second joint-trial agent bar assembly is by second
Inclined-plane reagent tube assembly and the second cylinder reagent tube assembly composition；3rd joint-trial agent bar assembly is by the 3rd inclined-plane Reagent Tube group
Part and the 3rd cylinder reagent tube assembly composition.
2. composite reagent bar according to claim 1, it is characterised in that the first inclined-plane reagent tube assembly includes the
One first inclined-plane Reagent Tube, the first the second inclined-plane Reagent Tubes, the first the 3rd inclined-plane Reagent Tube, the examination of the first the 4th inclined-plane
Agent pipe, the first the 5th inclined-plane Reagent Tube and the first the 6th inclined-plane Reagent Tube；The first cylinder reagent tube assembly includes
The first the first cylinder Reagent Tubes, the first the second cylinder Reagent Tube, the first the 3rd cylinder Reagent Tube and the first the 4th circles
Post Reagent Tube.
3. composite reagent bar according to claim 1, it is characterised in that the second inclined-plane reagent tube assembly includes the
The first inclined-plane of bigeminy Reagent Tube, the second the second inclined-plane Reagent Tubes, the second the 3rd inclined-plane Reagent Tube, the examination of the second the 4th inclined-plane
Agent pipe, the second the 5th inclined-plane Reagent Tube and the second the 6th inclined-plane Reagent Tube；Second cylinder reagent tube assembly includes second
Join the first cylinder Reagent Tube and the second the second cylinder Reagent Tubes.
4. composite reagent bar according to claim 1, it is characterised in that the 3rd inclined-plane reagent tube assembly includes the
3 first inclined-plane Reagent Tubes, the three the second inclined-plane Reagent Tubes, the 3rd the 3rd inclined-plane Reagent Tube, the examination of the 3rd the 4th inclined-plane
Agent pipe, the 3rd the 5th inclined-plane Reagent Tube and the 3rd the 6th inclined-plane Reagent Tube；The 3rd cylinder reagent tube assembly includes
The three the first cylinder Reagent Tubes and the three the second cylinder Reagent Tubes.
5. the composite reagent bar according to Claims 2 or 3 or 4, it is characterised in that the first the first inclined-plane Reagent Tube,
One second inclined-plane Reagent Tube, the second the first inclined-plane Reagent Tubes, the second the second inclined-plane Reagent Tubes, the three the first inclined-plane examinations
Agent pipe, the three the second inclined-plane Reagent Tubes are disposed as sample Reagent Tube；
First the 3rd inclined-plane Reagent Tube, the first the 4th inclined-plane Reagent Tube, the second the 3rd inclined-plane Reagent Tube, second the 4th
Inclined-plane Reagent Tube, the 3rd the 3rd inclined-plane Reagent Tube, the 3rd the 4th inclined-plane Reagent Tube are disposed as quality-control product Reagent Tube；
First the 5th inclined-plane Reagent Tube, the second the 5th inclined-plane Reagent Tube, the 3rd the 5th inclined-plane Reagent Tube are disposed as this
Bottom Reagent Tube；
First the 6th inclined-plane Reagent Tube, the second the 6th inclined-plane Reagent Tube, the 3rd the 6th inclined-plane Reagent Tube are disposed as matter
Control product diluent reagent pipe；
The first the first cylinder Reagent Tubes, the second the first cylinder Reagent Tubes, the three the first cylinder Reagent Tubes are disposed as mark
Remember thing Reagent Tube；
The first the second cylinder Reagent Tubes, the second the second cylinder Reagent Tubes, the three the second cylinder Reagent Tubes are disposed as mark
Remember thing diluent reagent pipe；
First the 3rd cylinder Reagent Tube is set to internal standard Reagent Tube, and the first the 4th cylinder Reagent Tube is set to standby reagent
Pipe.
6. composite reagent bar according to claim 1, it is characterised in that described the first inclined-plane reagent tube assembly,
Bigeminy inclined-plane reagent bar assembly, the 3rd inclined-plane reagent bar assembly, the inclined-plane of same adjacent two inclined-plane Reagent Tube is in
It is oppositely arranged.
7. composite reagent bar according to claim 1, it is characterised in that several composite reagent bars are arranged on incubation disk
On.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720173295.1U CN206450686U (en) | 2017-02-25 | 2017-02-25 | A kind of composite reagent bar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720173295.1U CN206450686U (en) | 2017-02-25 | 2017-02-25 | A kind of composite reagent bar |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206450686U true CN206450686U (en) | 2017-08-29 |
Family
ID=59665102
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720173295.1U Active CN206450686U (en) | 2017-02-25 | 2017-02-25 | A kind of composite reagent bar |
Country Status (1)
| Country | Link |
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| CN (1) | CN206450686U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109142708A (en) * | 2018-09-02 | 2019-01-04 | 广州源起健康科技有限公司 | A kind of Full-automatic magnetic beads time-resolved fluorescence immunoassay instrument |
-
2017
- 2017-02-25 CN CN201720173295.1U patent/CN206450686U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109142708A (en) * | 2018-09-02 | 2019-01-04 | 广州源起健康科技有限公司 | A kind of Full-automatic magnetic beads time-resolved fluorescence immunoassay instrument |
| CN109142708B (en) * | 2018-09-02 | 2023-01-24 | 广州源起健康科技有限公司 | Full-automatic magnetic bead time-resolved fluorescence immunoassay appearance |
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