KR101216011B1 - Assembly for centrifugal separation - Google Patents

Abstract

The centrifugal assembly for separating the target substance from the target substance by using the centrifugal bag in which the target substance is stored is installed in the assembly main body and the assembly main body, and in the stirring module that agitates the target substance by shaking the centrifugal bag in the assembly main body. And a centrifugal module for centrifuging the object by rotating the centrifuge bag, and mounted to the assembly, and an analysis module for analyzing a target material separated from the object.

Description

Centrifugal Assembly {ASSEMBLY FOR CENTRIFUGAL SEPARATION}

The present invention relates to an assembly for centrifugation for separating a target substance from a target substance, and more particularly, to perform a series of operations in one assembly for agitating and centrifuging a target substance and analyzing the obtained target substance. The present invention relates to an assembly for centrifugation.

You can collect and use a specific target substance for your application from a sample taken from an animal or human body. For example, blood can be used for a variety of medical purposes, such as transfusion of surgical patients, clinical trials of patients, and as a raw material for various medical drugs. Blood may be used as it is, but only specific target substances are collected from the blood. Can be used. Specifically, platelets are one of blood cells that are tangible components of blood, and are involved in coagulation or hemostatic action of blood and are easily used during surgery. Thus, the operation of obtaining a specific target material suitable for the use from the blood is being performed, such work is generally done through a centrifugation method.

Meanwhile, in order to obtain a specific target substance, the target substance may be centrifuged as it is, but reactants capable of reacting chemically or biochemically with the target substance in order to control the yield or acquisition time of the specific target substance may be separated from the target substance. It may mix. In this case, the target substance and various enzymes or chemicals mixed with the target substance can be agitated through a stirring module, and the well stirred target substance and the reactant substance can be provided with a higher purity target through subsequent centrifugation. can do.

In addition, the work to analyze the target substance is carried out for various confirmations such as whether the substance obtained through centrifugation is a desired target substance, whether the target substance has been separated to a desired level, or whether unnecessary substances are not included in the target substance. This can be done further, which is typically done through an analysis module such as a cell counter device.

However, since the above-described series of operations such as agitation, centrifugation, and analysis are performed through different apparatuses, spatial efficiency is inferior, and each target includes a target material or target material. Due to the different shapes and sizes of the containers, there is a problem that the containers are incompatible, and each of the operations requires a cumbersome task of transferring a target material or a target material. In addition, the contamination of the target substance or the target substance in the process of transferring the target substance or target substance occurs in many cases, and in such a case, all the operations need to be performed again from the initial stage.

The present invention provides an assembly for centrifugal separation that can efficiently perform each operation spatially and efficiently by arranging a series of operations performed for obtaining a target substance from the target substance and devices for analysis of the target substance. do.

The present invention improves the compatibility of the container mounted on the device used in the operations performed to obtain the target material from the target material, and thereby centrifugal separation to eliminate the cumbersome work of transporting the target material for each operation To provide the assembly.

The present invention improves the compatibility of the container mounted on the device used in the operations performed to obtain the target material from the target material, thereby minimizing the external exposure of the target material or target material, thereby contaminating the target material or target material It provides an assembly for centrifugation that can be minimized.

According to an exemplary embodiment of the present invention for achieving the above object of the present invention, the centrifugal assembly for separating the target material from the target material using a centrifugal bag in which the target material is stored, the assembly body, the assembly body Is installed in the agitator module, which is installed in the body of the assembly, and the centrifugal module that centrifugally separates the target material by rotating the centrifugal bag, and is mounted in the assembly and separated from the target material. It may include an analysis module for analyzing the target substance.

As mentioned above, a stirring module for agitating the target material, a centrifugal module for centrifuging the target material, and an analysis module for analysis of the target material are compactly and efficiently disposed in one assembly body. In this way, a series of operations of agitation, centrifugation, and analysis can be performed spatially and efficiently.

In addition, an adapter module including an adapter body for fixing the centrifuge bag may be used, and the adapter module may be commonly used in stirring or centrifugation. That is, the compatibility of the container containing the target material is excellent. Specifically, in the stirring module and the centrifugal module, the centrifugal bag is moved in a state mounted on the adapter module, and the stirring accommodating part of the stirring module and the centrifugal accommodating part of the centrifugal module have a shape corresponding to the adapter module. Is provided. Therefore, each task performed to obtain the target substance from the target substance does not go through the cumbersome task of transferring the target substance every time.

In addition, since it is not necessary to replace the container during stirring or centrifugation, by minimizing the external exposure of the target material or target material, it is possible to minimize the contamination of the target material or target material.

For reference, in the present specification, the target material may include a mixture of reactant reacting with the cell tissue as well as pure cell tissue extracted from the organism, and the reactant may refer to the cell tissue described above. It may contain enzymes or chemicals for isolating or extracting the desired target cells from.

Meanwhile, the adapter module may include a partition member for physically separating the centrifuge space of the centrifuge bag. The partition member may be provided in a centrifugal bag, and the centrifugal bag is preferably formed using a synthetic resin so that its shape can be flexibly changed when the target material is introduced into the internal centrifuge space. For example, the synthetic resin may be polyvinyl chloride or a polymer of dimethylsiloxane and polycarbonate, and when the centrifugal bag is formed by fusion bonding at least one synthetic resin film formed using the synthetic resin, centrifugation It is also possible to use a partition member capable of separating the centrifugal space by pressing part of the bag back and forth from the outside.

In addition, the adapter body may include an upper and a lower adapter body for pressing the edges of the centrifuge bag on both sides in order to secure the centrifuge bag housed therein.

The centrifugal module may include a rotating bucket for providing a centrifugal container into which the adapter body is inserted and fixed, and may also centrifuge the object by rotating the rotating bucket.

On the other hand, the partition member is provided detachably to the adapter body, by dividing the centrifuge space, it can be used for various purposes during centrifugation.

For example, when discharging the target material collected in the lower part of the centrifugal bag after centrifugation, it may be used for the purpose of easily discharging only the target material in a state in which the centrifuge space and the outlet are physically separated. In another example, by arranging the partition member adjacent to the outlet at the time of centrifugation, leakage of the object material from the outlet can be prevented while the rotating bucket is rotating. In addition, when a plurality of centrifugations are performed using the same centrifugal bag, it can also be used for dividing the centrifuge space.

The analysis module may include an optical unit for optically analyzing a target material and a display unit for imaging the analyzed data through the optical unit.

The analysis module may include a channel chip receiver for receiving a channel chip including an input part into which a target material is injected, a discharge part discharged, and a micro channel through which the target material flows, disposed between the input part and the discharge part. The unit may optically analyze a target material provided through the channel chip accommodated in the channel chip receiver.

On the other hand, the centrifugal assembly according to the present invention can move the assembly body by mounting the wheel member on the lower portion of the assembly body for mobility.

In addition, the centrifugal separation module is provided in the space provided inside the assembly body, and the space is provided to be opened and closed by a cover at one side of the assembly body, thereby opening the cover and allowing the user to easily mount the adapter body to the centrifugal container. Can be separated or separated. In particular, the centrifugal receiving portion formed in the centrifugal module is preferably provided to be immediately visible when the cover is opened.

In addition, the stirring module is also mounted on the front lower portion of the assembly body to be selectively pulled out to the outside, for example, it is provided to enable the slide opening and closing in a rotary or drawer, and when the outside is pulled out the agitation receiving portion may be exposed to the outside. Make sure Thus, the user can easily mount or detach the adapter body in the accommodation portion for stirring.

In addition, the analysis module may be mounted on the upper portion of the assembly body, so that the user may easily check the analysis of the target material and the result thereof.

In addition, by installing an auxiliary table that can be selectively pulled out to the outside from the side of the assembly body, for example, slide draw out or rotary opening and closing, it is also possible to put a variety of experimental tools necessary for the centrifugation process, Later, the auxiliary table can be inserted back into the assembly body to increase spatial utilization.

In the centrifugal assembly of the present invention, a stirring module for agitating a target material, a centrifugal module for centrifuging a target material, and an analysis module for analysis of a target material are compactly and efficiently arranged in one assembly body. In this way, a series of operations of stirring, centrifugation, and analysis can be performed spatially and efficiently.

The centrifugal assembly of the present invention uses the same adapter module used for the stirring module or the centrifugal module in the stirring or centrifugation process. That is, the compatibility of the container containing the target material is excellent. Specifically, in the stirring module and the centrifugal module, the centrifugal bag is moved in the state of being mounted on the adapter module, and thus, cumbersome work of transferring the target material every time it is performed to obtain the target material from the target material. Do not go through.

Since the centrifugal assembly of the present invention does not require replacement of the container at the time of stirring or centrifugation, by minimizing the external exposure of the target material or the target material, the contamination of the target material or the target material can be minimized.

1 and 2 are perspective views of the assembly for centrifugation according to the present invention.
Figure 3 is a perspective view of a centrifuge bag used in the centrifuge assembly according to the present invention.
4 is a perspective view of an adapter module for receiving the centrifuge bag shown in FIG.
5 is a perspective view of an adapter body to be inserted into a rotating bucket and a centrifugal bag mounted therein;
FIG. 6 is a perspective view of an adapter body equipped with a centrifugal bag and a rotating bucket to which the adapter body is mounted as shown in FIG. 5.
7 is a perspective view illustrating a channel chip applied to the analysis module of the centrifugation assembly according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the like elements throughout. For reference, the same numbers in this description refer to substantially the same elements and can be described with reference to the contents described in the other drawings under these rules, and the contents which are judged to be obvious to the person skilled in the art or repeated can be omitted.

1 and 2 are perspective views of the centrifugal assembly according to the present invention, Figure 3 is a perspective view of the centrifugal bag used in the centrifugal assembly according to the invention, Figure 4 is a centrifugal bag shown in Figure 3 5 is a perspective view of the adapter module to accommodate, Figure 5 is a perspective view of the adapter body to be inserted into the rotating bucket and the centrifugal bag mounted therein, Figure 6 is a adapter body and the adapter body equipped with a centrifuge bag as shown in Figure 5 Is a perspective view of a rotating bucket, Figure 7 is a perspective view showing a channel chip applied to the analysis module of the centrifuge assembly according to the invention.

1 to 7, the centrifuge assembly 1000 includes an adapter module 200, a stirring module 300, a centrifugation module 400, an analysis module 500, and an assembly body 600. do.

Adapter module 200 includes an adapter body 210, the adapter body 210 can be accommodated in a state fixed to the centrifuge bag 100, the centrifugal bag 100 to extract the target material A centrifugal space 110 is formed to receive the target material.

The adapter module 200 may be stored in the adapter holder 630, and in this embodiment, the adapter module 200 is provided on the upper portion of the assembly main body 600 so that the user can easily take out and use the adapter module 200. Meanwhile, a hole may be formed in the bottom of the adapter holder 630 to expose the outlet 124 of the centrifugal bag 100. The outlet 124 exposed through the hole allows the user to easily insert a sharp and thin tube, such as a cannula and a needle, into the outlet 124 and extract the desired material.

Stirring module 300 includes a stirring receiving portion 325 that can accommodate the above-described adapter module 200, the adapter body 210 is equipped with a centrifuge bag 100, the stirring receiving portion 325 ), The adapter body 210 may be shaken to stir the target material contained in the centrifuge space 110.

In this embodiment, the stirring module 300 is disposed in the front lower portion of the assembly body 600, the stirring receiving portion 325 can be opened and closed by a drawer type in the front lower portion of the assembly main body 600, so that the user can easily The adapter body 210 may be mounted on or detached from the accommodating part 325.

The stirring module 300 will be described in more detail. The stirring module 300 includes a base 310, an adapter receiving body 320, and a shaking motion unit 330.

The plate base 310 is connected to the shaking motion part 330 and is shaken by the shaking motion part, wherein the shaking motion may include both up, down, left and right motions or vibration motions. In addition, the adapter receiving body 320 is located above the base 310, and includes an upper body portion 321 and a lower body portion 322 to cover the upper and lower portions of the adapter module 200, the adapter module ( The inner surface of the upper body portion 321 and the lower body portion 322 in contact with the 200 is formed with a plurality of stirring receiving portion 325 of the shape corresponding to the adapter module 200.

For reference, the stirring module 300 may include a temperature control function to maintain a predetermined temperature of the target material in the process of stirring the target material contained in the centrifugal bag 100.

The centrifugal module 400 includes a centrifugal container 415 for accommodating the above-described adapter module 200, and accommodates the adapter body 210 equipped with the centrifugal bag 100 for centrifugal separation. It is mounted to the unit 415, by rotating the adapter body 210 can be centrifuged to the target material contained in the centrifuge space (110).

On the other hand, the centrifugal module 400 may directly rotate the adapter body 210 to perform the centrifugation of the target material contained in the centrifuge bag 100, in this embodiment the centrifugal module 400 is an adapter The main body 210 includes a rotating bucket 410 is inserted into.

The rotary bucket 410 is provided with a centrifugal receiving portion 415 into which the adapter body 210 is inserted, and the adapter body 210 is inserted into and fixed to the centrifugal receiving portion 415 provided in the rotary bucket 410. Is rotated.

The rotary bucket 410 is mounted on the rotary rotor 430 of the centrifugal module and rotated at a specific speed to centrifuge the target material contained in the centrifuge bag 100. The centrifugal module 400 is a rotary bucket. In addition to the 410, it may further include a control unit for controlling the rotational speed of the motor unit and the motor for rotating the rotating bucket 410, which is a centrifugal module that is driven in the general swing-out method in the present specification As an example of the separation module 400, the centrifugal separation module is not limited to the swing-out method described above.

The centrifugal separation module 400 will be described in more detail. The centrifugal separation module 400 includes a rotation rotor 430 coupled to a rotation shaft 420 of a motor unit that rotates at high speed, and the rotation bucket 410 has a rotation rotor. 430 may be coupled to rotate. The centrifugal container 415 provided in the rotary bucket 410 may be inserted and fixed while the adapter module 200 in which the centrifugal bag 100 is inserted is fixed, and the adapter module 200 is the rotary bucket. Flowing within 410 is prevented.

The adapter module 200 has an outer shape that is in close contact with the inner surface of the rotary bucket 410 so as to be inserted into the rotary bucket 410 to prevent the flow in the horizontal direction therein.

During centrifugation, the rotating bucket 410 is rotated by thousands of rpm or more, and the rotating bucket 410 is inclined to rotate in a direction in which centrifugal force is applied.

On the other hand, in the above-described centrifugal separation module 400, the centrifugal container 415 is provided to be opened and closed by the cover 420 at one side of the assembly main body 600, so that the user can easily adapt the adapter main body 210 ) May be mounted on or separated from the receiving portion 415 for centrifugation.

The analysis module 500 may be centrifuged to analyze the target material collected in the centrifuge space, and the analysis module 500 may be mounted on the upper portion of the assembly main body 600 so that the user may easily analyze the target material and You can also check the results.

The analysis module 500 includes an optical unit 510 for optically analyzing a target material and a display unit 520 for imaging an image analyzed by the optical unit 510.

On the other hand, the optical unit 510 is formed with a channel chip receiving unit 515 in which the channel chip 530 on which the target material can be arranged in an optically observable state is mounted. The channel chip 530 is disposed between the input unit 531 into which the target material is injected, the discharge unit 532 discharged, and the input channel 531 and the discharge unit 532 to flow the target material into the microchannel 533. The optical unit 510 may optically analyze a target material provided through the channel chip 530 accommodated in the channel chip receiver 515.

More specifically, after the desired material is extracted from the centrifugal bag 100 according to the present embodiment by using a sharp and thin tube such as a cannula, a needle, or the like, the channel chip 530 is extracted. When inserted into the inlet 531, the inserted target substance is discharged to the discharge unit 532 through the microchannel 533 according to the capillary phenomenon. In this case, the optical unit 510 may optically analyze the target material by irradiating light through the microchannel 533 exposed to the outside.

As described above, the stirring module 300 for stirring the target material, the centrifugation module 400 for centrifuging the target material, and the analysis module 500 for analysis of the target material are provided in one assembly body 600. The compact, space-efficient arrangement allows for a series of tasks of agitation, centrifugation, and analysis to be performed spatially and efficiently.

In addition, the same thing is used for the adapter module 200 used for the stirring module or the centrifugation module in the stirring or centrifugation process. That is, the compatibility of the container containing the target material is excellent.

Specifically, the centrifugal bag 100 in the stirring module 300 and the centrifugal module 400 is moved to the state mounted to the adapter module 200, the agitation part 325 for the stirring module 300 and The centrifugal container 415 of the centrifugal module 400 is provided in a shape corresponding to the adapter module 200. Therefore, each task performed to obtain the target substance from the target substance does not go through the cumbersome task of transferring the target substance every time.

In addition, since it is not necessary to replace the container during stirring or centrifugation, by minimizing the external exposure of the target material or target material, it is possible to minimize the contamination of the target material or target material.

In addition, the centrifugal assembly 1000 according to the present invention provides the mobility of the assembly body 600 by mounting the wheel member 610 on the lower portion of the assembly body 600 for mobility.

In addition, by installing the auxiliary table 620 that slides open and close in the side of the assembly main body 600, it is possible to put a variety of experimental tools required for the centrifugation process, and after the experiment by inserting the auxiliary table back into the assembly body It can increase spatial utilization.

Hereinafter, the adapter module and the centrifugal bag mounted on the adapter module according to the present invention will be described in detail.

Referring to FIG. 3, the centrifuge bag 100 includes a bag body 120, a fusion unit 130, and a partition member mounting hole 140.

The bag body 120 is formed by fusion of a synthetic resin film formed using a synthetic resin of a flexible material, the edge of the bag body 120 is fused to form a centrifugal separation space 110 to be sealed with an external space therein. However, the entire edge is not fused, but the centrifugation space after centrifugation in the inlet 122 and the lower portion of the bag body 120 for injecting the target material into the centrifuge space 110 on the upper portion of the bag body 120. It is fused except for the discharge port 124 for discharging the target substance in the (110). For reference, in the present embodiment, two injection holes 122 are provided, one on the upper left side and the other on the right side of the bag body 120, but in some cases, the number of injection holes may be changed.

In addition, each of the inlet 122 and the outlet 124 may be provided with a valve member 150 to selectively open and close them, each of the valve member may be used tongs, valves, zippers, and the like, as the embodiment It may also be provided in the form of a stopper inserted and inserted into the 122 and the outlet 124. The valve member may be provided to be easily inserted into and removed from the inlet 122 and the outlet 124 using cork or synthetic resin, and may not be easily separated from the inlet 122 and the outlet 124, and cannula. Sharp and thin tubes, such as cannulas and needles, may be used to inject or discharge the desired material.

On the other hand, the bag body 120 is formed by using a synthetic resin so that the shape can be flexibly changed when the target material is introduced into the centrifuge space 110 therein, for example, polyvinyl chloride (polyvinyl chloride) , Polymers of dimethylsiloxane and polycarbonate can be used. In particular, the polyvinyl chloride (polyvinyl chloride) is not absorbent but has a high elasticity and resistance to chemicals may be suitable as a material of the bag body 120. In addition, the centrifugal bag 100 according to the present invention is used for the purpose of storing the target material extracted from the target material for a certain period of time, as well as centrifugation, in particular, in the case of culturing the target material, in addition to the above-described characteristics, A material that can permeate is preferable, and in this case, the material of the bag body 120 is made of a polymer of dimethylsiloxane and polycarbonate, which prevents the permeation of liquid and is manufactured to permeate a specific gas such as oxygen. You may.

In the manufacturing process of the centrifugal bag 100, the edge portion, that is, the synthetic resin film around the bag body is fused along the shape of the adapter body 210, to form a fusion portion 130 is fixed by the adapter body 210 do.

In addition, a part of the fusion portion 130 is cut or provided in a state in which holes are formed in the synthetic resin film itself before fusion, so that the partition member 240 can be mounted on both sides of the bag body 120. The mounting hole 140 may be formed.

Centrifugal bag 100 of the present embodiment can be manufactured through a simple manufacturing process such as fusion using a flexible material such as plastic, it is possible to reduce the manufacturing cost, thereby dispensing the centrifuge bag 100 without burden It is possible to use as. In addition, since it is not necessary to reuse, a purer target material can be extracted.

Hereinafter, the above-described centrifugal bag is mounted, and the adapter module 200 which can be used as it is mounted in the stirring module 300 or the centrifugal module 400 in a state where the centrifugal bag is mounted will be described in detail.

4 to 6, the centrifugal bag 100 described above may be accommodated in the adapter body 210 and fixed therein by the adapter body 210.

When mounted and used in the agitation receiver 325 of the agitation module 300, the adapter body 210 itself may be mounted in the agitation receiver 325, while the centrifugation of the centrifugation module 400 is performed. Even when mounted to the separating receiving portion 415, the adapter body 210 itself may be mounted to the centrifugal receiving portion 415. For reference, in the present embodiment, the adapter body 210 is mounted on the rotary bucket 410 in which the centrifugal container 415 is formed, and the rotary bucket 410 is mounted on the rotary rotor of the centrifugal module at a specific speed. It can be rotated to centrifuge the target material contained in the centrifuge bag (100).

The adapter body 210 may provide a bag accommodation space 215 therein to accommodate the centrifuge bag 100, and may fix the centrifuge bag 100 therein. Specifically, in the present embodiment, the adapter body 210 includes an upper adapter body 220 and a lower adapter body 230 that overlap each other to form a bag receiving space 215 therein. In addition, the adapter body 210 has an external shape determined to be tightly fixed within the agitation receiver 325 or the centrifugal receiver 415.

The upper adapter body 220 is coupled to the lower adapter body 230 to selectively expose the bag receiving space 215, in the present embodiment the upper adapter body 220 in the side with the lower adapter body 230 It is hinged and may rotate from the upper adapter body 220 to selectively expose the bag receiving space 215.

The upper adapter body 220 and the lower adapter body 230 are coupled to each other, by pressing the fusion unit 130 of the centrifugal bag 100 disposed in the bag receiving space 215 on both sides centrifugal bag 100 It is possible to prevent the flow inside the bag accommodation space 215 or the shape of the centrifuge bag 100 to be distorted during stirring or centrifugation.

Hereinafter, the partition member will be described in detail.

The partition member 240 may physically separate the centrifugal space 110 provided in the centrifuge bag 100, and in the present embodiment, the partition member 240 may include the first partition member 241 and the second partition. Member 246.

The first partition member 241 may press the front and rear portions of the centrifugal bag 100 from the outside to physically separate the centrifugal space 110 and the outlet 124, and the second partition member 246 may centrifuge. The front and rear portions of the separation bag 100 may be pressurized from the outside to divide the centrifuge space 110.

The first partition member 241 is coupled to the lower body binding part 232 to bind the first pressing bar 242 provided in the form of a bar, and the first pressing bar 242 to the lower adapter body 230. A first partition member engagement port 243 is included. In this case, the first partition member binding hole 243 is provided in the form of a screw that is attached to the female thread formed in the lower body binding portion 232 through the holes formed on both sides of the first pressing bar 242.

The second partition member 246 also includes a second press bar 247, which is also provided in the form of a bar, and an upper body bind part 222 to bind the second press bar 247 to the lower adapter body 230. Two partition member engagement ports 248. In this case, the second partition member binding hole 248 is provided in the form of a screw that is attached to the female thread formed in the upper body binding portion 222 through the holes formed on both sides of the second pressing bar 247.

For reference, the partition member mounting holes 140 formed in the fusion unit 130 in the centrifugal bag 100 are closed to each other so that the first partition member 241 or the second partition member 246 may be mounted. It includes a shape hole.

Meanwhile, the upper adapter body 220 includes an exposure hole exposing the bag receiving space 215. Thus, even when the upper adapter body 220 and the lower adapter body 230 are bound, that is, in the closed state, the upper body binding part 222 and the lower body binding part 232 may be exposed to the outside through the exposure ball.

As described above, although described with reference to the preferred embodiment of the present invention, those skilled in the art various modifications and variations of the present invention without departing from the spirit and scope of the invention described in the claims below I can understand that you can.

1000 ： centrifuge assembly 100 ： centrifuge bag
110: centrifuge space 120: bag body
130: Fusion part 140: Partition member mounting hole
150: valve member 200: adapter module
210: adapter body 215: bag accommodation space
240: partition member 300: stirring module
325 ： aeration part 400 ： centrifugal separation module
410: rotary bucket 415: receptacle for centrifugal separation
500 ： analysis module 510 ： optical part
515: channel chip accommodating part 520: display part
530 ： channel chip 533 ： micro channel
600: assembly body 610: wheel member
620: Auxiliary table 630: Adapter holder

Claims (16)

In the centrifugal assembly for separating the target material from the target material using a centrifugal bag in which the target material is stored,
Assembly body;
A stirring module installed in the assembly main body, the stirring module configured to agitate the target material by shaking the centrifuge bag;
A centrifugal module installed in the assembly main body and configured to centrifuge the target material by rotating the centrifugal bag; And
An analysis module mounted to the assembly and configured to analyze a target substance separated from the target substance;
Centrifugal assembly comprising a. The method of claim 1,
Centrifuge assembly comprising an adapter module comprising an adapter body for fixing the centrifuge bag. The method of claim 2,
In the stirring module and the centrifugal module, the centrifugal bag is moved while mounted in the adapter module,
Wherein the stirring module and the centrifugal module is a centrifugal assembly, characterized in that it comprises a stirring receiving portion and a centrifugal receiving portion formed in a shape corresponding to the adapter module to accommodate the adapter body, respectively. The method of claim 2,
The adapter module is a centrifugal assembly comprising a partition member for physically separating the centrifugal space provided in the centrifuge bag. 5. The method of claim 4,
The centrifugal bag is formed by fusing at least one synthetic resin film formed using a synthetic resin,
The partition member is a centrifugal assembly for separating the centrifugal space by pressing a portion before and after the centrifugal bag from the outside. The method of claim 5,
The adapter body comprises an upper and lower adapter body for pressing the fused edge of the centrifuge bag on both sides. The method of claim 3,
The centrifugal module includes a rotary bucket for providing the centrifugation receiving portion,
Centrifuge assembly, characterized in that for centrifuging the target material by rotating the rotary bucket. The method of claim 1,
The analysis module is an optical unit for optically analyzing the target material and the centrifuge assembly comprising a display unit for imaging the data analyzed through the optical unit. 9. The method of claim 8,
The analysis module includes a channel chip receiver for receiving a channel chip including an input part into which a target material is injected, a discharge part discharged, and a micro channel through which the target material flows, disposed between the input part and the discharge part.
And the optical unit optically analyzes the target material provided through the channel chip accommodated in the channel chip receiving unit. The method of claim 1,
Centrifugal assembly comprising a wheel member mounted to the lower portion of the assembly body for movement of the assembly body. The method of claim 1,
The centrifugal module is an assembly for centrifugation, characterized in that it is provided to be opened and closed by a cover on the upper side of the assembly body. The method of claim 1,
The stirring module is an assembly for centrifugation, characterized in that provided in the front lower portion of the assembly body to be selectively pulled out. The method of claim 1,
The analysis module is a centrifuge assembly, characterized in that mounted on top of the assembly body. The method of claim 1,
Centrifugal assembly characterized in that it comprises an auxiliary table that is opened and closed to be selectively pulled out to the outside on the side of the assembly body. The method of claim 2,
Centrifuge assembly, characterized in that the upper part of the assembly body is provided with an adapter holder that can be attached and detached the adapter module. 16. The method of claim 15,
And a hole is formed in the bottom of the adapter holder to expose the outlet of the centrifuge bag.

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