CN108535950B - A kind of bony fish bone growth model imaging method - Google Patents
A kind of bony fish bone growth model imaging method Download PDFInfo
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- CN108535950B CN108535950B CN201810162951.7A CN201810162951A CN108535950B CN 108535950 B CN108535950 B CN 108535950B CN 201810162951 A CN201810162951 A CN 201810162951A CN 108535950 B CN108535950 B CN 108535950B
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- cup body
- bony fish
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- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
- G03B42/00—Obtaining records using waves other than optical waves; Visualisation of such records by using optical means
- G03B42/02—Obtaining records using waves other than optical waves; Visualisation of such records by using optical means using X-rays
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Abstract
The invention discloses a kind of bony fish bone growth model imaging methods, being intended to provide one kind can effectively solve the problem of that fixed device can oppress the skeleton axilale of bony fish and appendicular skeleton is unfavorable for the bony fish bone growth model imaging method that X-ray shooting obtains accurate bony fish skeleton model.It is accommodated in cup body in tail fin and injects water the following steps are included: first；The fish mouth of bony fish is caught on by linking up with；Then, the tail fin of bony fish tail fin is put into accommodate in cup body；Second, it is put into freezing equipment and is freezed；Third, by being taken out in freezing equipment；4th, hot water is added in demoulding Heating Cup body；Then, hanging hole molding casing is taken out, then, tail fin receiving cup body is removed；5th, bony fish is hung on lateral hanging rod by silver thaw part；Then, water is injected in demoulding Heating Cup body；6th, it is put into freezing equipment and is freezed；7th, it is put on X-ray filming apparatus and carries out shooting imaging.
Description
Technical field
The present invention relates to a kind of fixed devices of shooting, and in particular to a kind of bony fish bone growth model imaging side
Method.
Background technique
The skeletal system of bony fish is that the os osseum formed by two kinds of different development pathways is constituted, i.e., from chondral ossification
At enchondral ossification and the membrane bone made of direc ossification on the basis of film quality.The research of fish skeletal system helps to understand os osseum
Fish grasp the mechanism of its development in the bone growth and evolution of each stage of development.X-ray is research bony fish bone
One of the effective ways of bone system have efficient, accurate, simple operation and other advantages compared to fish anatomy.
In actually film making imaging process, generally require that bony fish to be captured is first fixed up using fixed device,
But the figure of bony fish is spindle-type, flat-sided type, flat type, cylinder type and other shapes, these fish figures are different, gap
Larger, every kind of fish require a set of corresponding fixed device, so that fixed device type, quantity are various.
Importantly, using the fixed bony fish of current fixation device, often oppress bony fish skeleton axilale and
Appendicular skeleton makes skeleton axilale and appendicular skeleton be distorted, deform, destroy bony fish skeleton axilale and appendicular skeleton from
Right extended state is unfavorable for X-ray shooting and obtains accurate bony fish skeleton model.
Summary of the invention
It is good the purpose of the invention is to provide a kind of not only versatility, but also can effectively solve oppress because of fixed device
The skeleton axilale and appendicular skeleton of bony fish, make skeleton axilale and appendicular skeleton be distorted, deform, and destroy the main shaft of bony fish
The natural extended state of bone and appendicular skeleton is unfavorable for the problem of X-ray shooting obtains accurate bony fish skeleton model
Bony fish bone growth model imaging method.
The technical scheme is that
A kind of bony fish bone growth model imaging method, characterized in that including os osseum fish fixing device, bony fish
Fixed device includes forming supporter, demoulding heating cup body and tail fin ice solid model tool, and forming supporter includes support baseboard, setting at support bottom
Vertical guide rod on plate, along the sliding of vertical guide rod lifting guide sleeve, the lifting guide sleeve holding screw gone up and down on guide sleeve be set, set
The hook setting the lateral hanging rod on lifting guide sleeve and being arranged on lateral hanging rod；
Demoulding heating cup body is plastics cup body, and demoulding heating cup body is placed on support baseboard；
Tail fin ice solid model tool includes that the tail fin on the inner bottom surface for being placed on demoulding heating cup body that can be taken off accommodates cup body, hangs
Hole forming casing and two horizontal case via holes being co-axially located on tail fin receiving cup body lateral surface, hanging hole molding casing pass through
Two horizontal case via holes
Bony fish bone growth model with imaging method successively the following steps are included:
First, it is accommodated in cup body in tail fin and injects quantitative water；
The fish mouth that bony fish to be captured is caught on by linking up with, bony fish to be captured is hung on hook；Then, pass through
The tail fin of bony fish to be captured is put into tail fin and accommodated in cup body, makes bony fish to be captured by the height for adjusting lifting guide sleeve
Tail fin immerse tail fin accommodate the intracorporal water of cup in；Followed by, by lifting guide sleeve holding screw by go up and down guide sleeve be locked
On vertical guide rod；
Second, by os osseum fish fixing device and hang over hook on bony fish to be captured be put into freezing equipment together into
Row freezing, makes tail fin accommodate the intracorporal water fully charge Cheng Bing of cup；
Third by os osseum fish fixing device and hangs over the bony fish to be captured on linking up with by taking out in freezing equipment；
4th, the hot water that temperature is T degrees Celsius is added in demoulding Heating Cup body, tail fin is made to accommodate the intracorporal ice of cup and tail
Fin accommodates the inner wall surface separated and dissolved of cup body, and tail fin is made to accommodate the lateral surface dissolution point of the intracorporal ice of cup and hanging hole molding casing
From；
Then, lifting guide sleeve holding screw is unclamped, by lifting guide sleeve toward moving up, accommodates bony fish and tail fin to be captured
Cup body moves up together, until tail fin accommodates the top that cup body moves to demoulding heating cup body；
Followed by by hanging hole molding casing taking-up, to accommodate in tail fin, cup is intracorporal to form hanging hole on ice；Then, will
Tail fin accommodates cup body and removes, at this point, tail fin, which accommodates the intracorporal ice of cup, to be frozen on the tail fin of bony fish to be captured, thus
Silver thaw part is formed on the tail fin of bony fish to be captured；
5th, lateral hanging rod is inserted into hanging hole, so that bony fish to be captured is hung on lateral extension by silver thaw part
On bar；
Then, moving down for guide sleeve will be gone up and down, the bony fish to be captured being hung on lateral hanging rod is put into demoulding completely
In Heating Cup body；
Followed by, demoulding Heating Cup body in inject water, make bony fish to be captured be completely submerged in demoulding heating cup body
It is interior；
6th, forming supporter, demoulding heating cup body and the bony fish to be captured being hung on lateral hanging rod are put into together
It is freezed in freezing equipment, makes to demould the intracorporal water fully charge Cheng Bing of Heating Cup；
7th, forming supporter, demoulding heating cup body and the bony fish to be captured being hung on lateral hanging rod are set by freezing
Then standby interior taking-up is fixed demoulding heating cup body with frost in the demoulding intracorporal bony fish to be captured of Heating Cup by bony fish
It is removed on device；
8th, demoulding heating cup body and frost are placed into X-ray in the demoulding intracorporal bony fish to be captured of Heating Cup
Shooting imaging is carried out on filming apparatus.
Not only versatility is good with imaging method for the bony fish bone growth model of this programme, but also can effectively solve existing
Fixation device can oppress the skeleton axilale and appendicular skeleton of bony fish, so that skeleton axilale and appendicular skeleton are distorted, are deformed,
The skeleton axilale of bony fish and the natural extended state of appendicular skeleton are destroyed, is unfavorable for X-ray shooting and obtains accurate bony fish
The problem of skeleton model.
Preferably, in first step: the tail fin of bony fish to be captured is located at the top of hanging hole molding casing.
Preferably, being arranged with the lateral guide sleeve of transversely hanging rod sliding on lateral hanging rod, laterally leads and be set on transverse direction
Guide sleeve holding screw, the hook are set on lateral hanging rod by laterally leading, and hook passes through connecting rope and lateral guide sleeve phase
Connection.
Preferably, horizontal case via hole accommodates the bottom surface of cup body close to tail fin.
Preferably, the outer diameter of hanging hole molding casing is greater than the outer diameter of lateral hanging rod.
Preferably, lateral hanging rod is horizontally disposed.
The beneficial effects of the present invention are: not only versatility is good, but also it can effectively solve existing fixed device and can oppress firmly
The skeleton axilale and appendicular skeleton of bone fish, make skeleton axilale and appendicular skeleton be distorted, deform, and destroy the axonic bone of bony fish
The natural extended state of bone and appendicular skeleton is unfavorable for the problem of X-ray shooting obtains accurate bony fish skeleton model.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of os osseum fish fixing device of the invention.
Fig. 2 is one during the first step operator of bony fish bone growth model imaging method of the invention
Kind structural schematic diagram.
Fig. 3 is one during the four steps operator of bony fish bone growth model imaging method of the invention
Kind structural schematic diagram.
Fig. 4 is one during the 5th step operation person of bony fish bone growth model imaging method of the invention
Kind structural schematic diagram.
In figure:
Forming supporter 1, support baseboard 1.1, vertical guide rod 1.2 go up and down guide sleeve 1.3, go up and down guide sleeve holding screw 1.4, laterally
Hanging rod 1.5, lateral guide sleeve 1.6, lateral guide sleeve holding screw 1.7, hook 1.8；
Demoulding heating cup body 2；
Tail fin ice solid model tool 3, tail fin accommodate cup body 3.1, and hanging hole forms casing 3.2；
Bony fish 4；
Silver thaw part 5, hanging hole 5.1.
Specific embodiment
Present invention is further described in detail with specific embodiment with reference to the accompanying drawing:
As shown in Figure 1, a kind of bony fish bone growth model imaging method, including os osseum fish fixing device.Os osseum
Fish fixing device includes forming supporter 1, demoulding heating cup body 2 and tail fin ice solid model tool 3.
Forming supporter includes support baseboard 1.1, the vertical guide rod 1.2 being arranged on support baseboard, slides along vertical guide rod
Lifting guide sleeve 1.3, the lifting guide sleeve holding screw 1.4 being arranged on lifting guide sleeve, the lateral hanging rod being arranged on lifting guide sleeve
1.5 and the hook 1.8 that is arranged on lateral hanging rod.
Lateral hanging rod is horizontally disposed.The lateral guide sleeve 1.6 of transversely hanging rod sliding is arranged on lateral hanging rod.Lateral guide sleeve
It is arranged in lateral guide sleeve holding screw 1.7.In the present embodiment, hook is set on lateral hanging rod by laterally leading, and hook is logical
Connecting rope is crossed to be connected with lateral guide sleeve.
Demoulding heating cup body is transparent plastic cup body.Demoulding heating cup body is placed on support baseboard, and can be by supporting
It is removed on bottom plate.
Tail fin ice solid model tool includes that the tail fin on the inner bottom surface for being placed on demoulding heating cup body that can be taken off accommodates cup body
3.1, hanging hole molding casing 3.2 and two horizontal case via holes being co-axially located on tail fin receiving cup body lateral surface.
The upper port of demoulding heating cup body is located at the top that tail fin accommodates the upper port of cup body.
Horizontal case via hole accommodates the bottom surface of cup body close to tail fin.The inner cavity that horizontal case via hole and tail fin accommodate cup body connects
It is logical.
The outer diameter that hanging hole forms casing is greater than the outer diameter of lateral hanging rod.The both ends open of hanging hole molding casing.Hanging hole molding
The lateral surface of casing is equipped with limited block.Hanging hole forms casing and passes through two horizontal case via holes, and hanging hole molding casing and water
Sealing ring is equipped between flat casing via hole.
Bony fish bone growth model with imaging method successively the following steps are included:
First, quantitative water is injected as shown in Fig. 2, accommodating in cup body in tail fin, in the step, quantitative water is tail fin appearance
Receive cup body volume 3/4；
The fish mouth that bony fish 4 to be captured is caught on by linking up with, bony fish to be captured is hung on hook；Then, lead to
The tail fin of bony fish to be captured is put into tail fin and accommodated in cup body, makes os osseum to be captured by the height for overregulating lifting guide sleeve
The tail fin of fish immerses tail fin and accommodates in the intracorporal water of cup, and the tail fin of bony fish to be captured is located at the upper of hanging hole molding casing
Side；Followed by, by lifting guide sleeve holding screw by go up and down guide sleeve be locked on vertical guide rod；
Second, by os osseum fish fixing device and hang over hook on bony fish to be captured be put into freezing equipment together into
Row freezing, makes tail fin accommodate the intracorporal water fully charge Cheng Bing of cup；The freezing equipment of the present embodiment is refrigerator；
Third by os osseum fish fixing device and hangs over the bony fish to be captured on linking up with by taking out in freezing equipment；
4th, as shown in figure 3, temperature, which is added, in demoulding Heating Cup body is 30-50 degrees Celsius of hot water, and submerge wait clap
The bony fish taken the photograph；The inner wall surface that the demoulding intracorporal hot water of Heating Cup makes the tail fin receiving intracorporal ice of cup and tail fin accommodate cup body is molten
Solution separation makes tail fin accommodate the lateral surface separated and dissolved of the intracorporal ice of cup and hanging hole molding casing；
Due to the both ends open of hanging hole molding casing, hot water is able to enter hanging hole molding casing, can guarantee tail fin in this way
Accommodate the rapid separated and dissolved of lateral surface of the intracorporal ice of cup and hanging hole molding casing；On the other hand, hot water can also make freezing
Bony fish softening to be captured；
Then, lifting guide sleeve holding screw is unclamped, by lifting guide sleeve toward moving up, accommodates bony fish and tail fin to be captured
Cup body moves up together, until tail fin accommodates the top that cup body moves to demoulding heating cup body；
Followed by by hanging hole molding casing taking-up, to accommodate in tail fin, cup is intracorporal to form hanging hole 5.1 on ice；Then,
Tail fin receiving cup body is removed, at this point, tail fin, which accommodates the intracorporal ice of cup, to be frozen on the tail fin of bony fish to be captured, thus
Silver thaw part 5 is formed on the tail fin of bony fish to be captured；
5th, as shown in figure 4, by the hanging hole 5.1 of lateral hanging rod insertion silver thaw part 5, thus will be wait clap by silver thaw part
The bony fish taken the photograph is hung on lateral hanging rod；
Since bony fish to be captured hangs upside down on lateral hanging rod, so on the one hand, the heavier feature of fish head can use,
Guarantee that the skeleton axilale pendency of bony fish to be captured extends under the action of fish head gravity traction, does not suffer oppression；It is another
The fin (dorsal fin, pectoral fin, abdomeinal fin) of aspect, bony fish can be unfolded under the gravity of itself, be conducive to X-ray shooting fish
The skeleton model of fin；
Then, moving down for guide sleeve will be gone up and down, the bony fish to be captured being hung on lateral hanging rod is put into demoulding completely
In Heating Cup body, then it is locked on vertical guide rod by lifting guide sleeve holding screw by guide sleeve is gone up and down；
Followed by, demoulding Heating Cup body in inject water, make bony fish to be captured be completely submerged in demoulding heating cup body
It is interior；
6th, forming supporter, demoulding heating cup body and the bony fish to be captured being hung on lateral hanging rod will be put together
Enter in freezing equipment and freezed, makes to demould the intracorporal water fully charge Cheng Bing of Heating Cup；
7th, forming supporter, demoulding will be heated cup body and the bony fish to be captured being hung on lateral hanging rod by freezing
It is taken out in equipment, demoulding is then heated into cup body and frost in the demoulding intracorporal bony fish to be captured of Heating Cup by bony fish
Bone growth model is removed on imaging method；So by bony fish fully charge to be captured, be fixed on demoulding heating cup body
It is interior；
8th, demoulding heating cup body and frost are placed into X-ray in the demoulding intracorporal bony fish to be captured of Heating Cup
Shooting imaging is carried out on filming apparatus；
It can so be fixed to avoid the skeleton axilale and appendicular skeleton of bony fish to be captured in X-ray shooting process
The compressing of device.
The bony fish bone growth model imaging method of the present embodiment can be adapted for various types of fishes, versatility
It is good, and can effectively solve existing fixed device and can oppress the skeleton axilale and appendicular skeleton of bony fish, make skeleton axilale and
Appendicular skeleton is distorted, deforms, and destroys the skeleton axilale of bony fish and the natural extended state of appendicular skeleton, is unfavorable for X-ray
The problem of piece shooting obtains accurate bony fish skeleton model.
Claims (5)
1. a kind of bony fish bone growth model imaging method, characterized in that including os osseum fish fixing device, bony fish is solid
Determining device includes forming supporter, demoulding heating cup body and tail fin ice solid model tool, and forming supporter includes support baseboard, is arranged in support baseboard
On vertical guide rod, along vertical guide rod sliding lifting guide sleeve, be arranged in lifting guide sleeve on lifting guide sleeve holding screw, be arranged
In the lateral hanging rod gone up and down on guide sleeve and the hook being arranged on lateral hanging rod；
Demoulding heating cup body is plastics cup body, and demoulding heating cup body is placed on support baseboard；
Tail fin ice solid model tool include can be taken off be placed on demoulding heating cup body inner bottom surface on tail fin accommodate cup body, hanging hole at
Molded cannula and two horizontal case via holes being co-axially located on tail fin receiving cup body lateral surface, hanging hole form casing and pass through two
Horizontal case via hole；
Bony fish bone growth model with imaging method successively the following steps are included:
First, it is accommodated in cup body in tail fin and injects quantitative water；
The fish mouth that bony fish to be captured is caught on by linking up with, bony fish to be captured is hung on hook；Then, pass through adjusting
The tail fin of bony fish to be captured is put into tail fin and accommodated in cup body, makes the tail of bony fish to be captured by the height for going up and down guide sleeve
Fin immerses tail fin and accommodates in the intracorporal water of cup；Followed by being locked guide sleeve is gone up and down perpendicular by lifting guide sleeve holding screw
On straight guide rod；
Second, by os osseum fish fixing device and hang over hook on bony fish to be captured be put into freezing equipment together carry out it is cold
Freeze, tail fin is made to accommodate the intracorporal water fully charge Cheng Bing of cup；
Third by os osseum fish fixing device and hangs over the bony fish to be captured on linking up with by taking out in freezing equipment；
4th, the hot water that temperature is T degrees Celsius is added in demoulding Heating Cup body, holds the tail fin receiving intracorporal ice of cup and tail fin
It receives the inner wall surface separated and dissolved of cup body, tail fin is made to accommodate the lateral surface separated and dissolved of the intracorporal ice of cup and hanging hole molding casing；
Then, lifting guide sleeve holding screw is unclamped, by lifting guide sleeve toward moving up, bony fish and tail fin to be captured is made to accommodate cup body
It moves up together, until tail fin accommodates the top that cup body moves to demoulding heating cup body；
Followed by by hanging hole molding casing taking-up, to accommodate in tail fin, cup is intracorporal to form hanging hole on ice；Then, by tail fin
It accommodates cup body to remove, at this point, tail fin, which accommodates the intracorporal ice of cup, to be frozen on the tail fin of bony fish to be captured, thus wait clap
Silver thaw part is formed on the tail fin for the bony fish taken the photograph；
5th, lateral hanging rod is inserted into hanging hole, so that bony fish to be captured is hung on lateral hanging rod by silver thaw part；
Then, moving down for guide sleeve will be gone up and down, the bony fish to be captured being hung on lateral hanging rod is put into demoulding heating completely
In cup body；
Followed by, demoulding Heating Cup body in inject water, make bony fish to be captured be completely submerged in demoulding Heating Cup body in；
6th, forming supporter, demoulding heating cup body and the bony fish to be captured being hung on lateral hanging rod are put into freezing together
It is freezed in equipment, makes to demould the intracorporal water fully charge Cheng Bing of Heating Cup；
7th, by forming supporter, demoulding heating cup body and the bony fish to be captured being hung on lateral hanging rod by freezing equipment
It takes out, demoulding is then heated into cup body and frost in the demoulding intracorporal bony fish to be captured of Heating Cup by os osseum fish fixing device
On remove；
8th, demoulding heating cup body and frost are placed into X-ray shooting in the demoulding intracorporal bony fish to be captured of Heating Cup
Shooting imaging is carried out on device.
2. bony fish bone growth model imaging method according to claim 1, characterized in that in first step:
The tail fin of bony fish to be captured is located at the top of hanging hole molding casing.
3. bony fish bone growth model imaging method according to claim 1 or 2, characterized in that the transverse direction
It is arranged with the lateral guide sleeve of transversely hanging rod sliding on hanging rod, laterally leads and is set on lateral guide sleeve holding screw, the hook
It is set on lateral hanging rod by laterally leading, hook is connected by connecting rope with lateral guide sleeve.
4. bony fish bone growth model imaging method according to claim 1 or 2, characterized in that the hanging hole
The outer diameter for forming casing is greater than the outer diameter of lateral hanging rod.
5. bony fish bone growth model imaging method according to claim 1 or 2, characterized in that the transverse direction
Hanging rod is horizontally disposed.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810162951.7A CN108535950B (en) | 2018-02-27 | 2018-02-27 | A kind of bony fish bone growth model imaging method |
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| CN201810162951.7A CN108535950B (en) | 2018-02-27 | 2018-02-27 | A kind of bony fish bone growth model imaging method |
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| CN108535950B true CN108535950B (en) | 2019-10-29 |
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| CN112219756B (en) * | 2020-09-02 | 2022-08-19 | 宁波大学 | Breeding method of new large yellow croaker strain based on number of spine bones |
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| JPS61224967A (en) * | 1985-03-28 | 1986-10-06 | Yoshio Kojima | Production of purified bone meal |
| KR100650569B1 (en) * | 2005-11-10 | 2006-11-29 | 주식회사 금호통상 | Preparation method for fish eatable a residual product and bone of fish |
| CN101171337A (en) * | 2005-03-09 | 2008-04-30 | 得克萨斯大学体系董事会 | Methods and composition related to in vivo imaging of gene expression |
| CN103424362A (en) * | 2013-08-28 | 2013-12-04 | 江苏省中医药研究院 | Novel method for screening traditional Chinese medicine anti-osteoporosis active component with zebra fish osteoporosis model |
| CN206908719U (en) * | 2017-06-08 | 2018-01-19 | 中国水产科学研究院珠江水产研究所 | A kind of X-ray fish body fixing device for shooting |
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| JPS59109155A (en) * | 1982-12-15 | 1984-06-23 | Kazuo Fukuda | Processed fish bone food and its preparation |
| CN104856596B (en) * | 2015-01-07 | 2017-07-25 | 恺霖卫浴科技（厦门）有限公司 | A kind of gondola water faucet peg for improving mounting structure |
| CN204427566U (en) * | 2015-02-08 | 2015-07-01 | 洪宝玉 | Portable bathroom accessories |
| CN104856546A (en) * | 2015-06-15 | 2015-08-26 | 绍兴市法贝卫浴洁具有限公司 | Hardware pendant |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61224967A (en) * | 1985-03-28 | 1986-10-06 | Yoshio Kojima | Production of purified bone meal |
| CN101171337A (en) * | 2005-03-09 | 2008-04-30 | 得克萨斯大学体系董事会 | Methods and composition related to in vivo imaging of gene expression |
| KR100650569B1 (en) * | 2005-11-10 | 2006-11-29 | 주식회사 금호통상 | Preparation method for fish eatable a residual product and bone of fish |
| CN103424362A (en) * | 2013-08-28 | 2013-12-04 | 江苏省中医药研究院 | Novel method for screening traditional Chinese medicine anti-osteoporosis active component with zebra fish osteoporosis model |
| CN206908719U (en) * | 2017-06-08 | 2018-01-19 | 中国水产科学研究院珠江水产研究所 | A kind of X-ray fish body fixing device for shooting |
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