明胶蛋白

目的：为了判定明胶蛋白涂层支架携带质粒介导的一氧化氮合酶（iNOS）基因转染小型猪冠状动脉的可行性。

Objective : To evaluate the feasibility of the transfection of the inducible nitric oxide synthase ( iNOS ) gene to the coronary artery of porcine by improved protein-coated stent .

当添加的明胶蛋白含量为鱼糜蛋白含量10%时，其破断强度和TPA硬度分别都可以提高20%和31%，同时也提高了鱼糜凝胶的保水性。

The breaking force and hardness of surimi gels were increased by20 % and31 % respectively with the addition of the gelatin at10 % ( w / w ) of surimi protein .

大豆分离蛋白与明胶蛋白复合膜的制备与性能研究

Preparation and physical properties of soy protein isolate and gelatin composite films

结论：明胶蛋白涂层支架介导的局部给药简便、可行。

CONCLUSION : Gelatin coated Pt-Ir stent mediated local delivery of c-myc ASODN is feasibility .

目的评估两种不同结构设计的国产铂-铱合金明胶蛋白涂层支架置入兔颈动脉后长期的生物相容性。

Objectives To assess the biocompatibility of the two kinds of different design and wire diameter gelatin coated Platinium Iridium ( Pt Ir ) stents in rabbit carotid arteries .

羊皮下脚料中明胶和水解蛋白的提取研究

Study on the Extraction Gelatin and protein from Sheepskin Waste

研究了在木瓜蛋白酶的作用下，蛋氨酸月桂醇酯与水解明胶进行类蛋白反应的机理。

Mechanism of plastein reaction of methionine ester with hydrolyzed gelatin with papain as the catalyst was studied .

通过应用酶制剂提取制革羊皮脚科中的明胶和水解蛋白的试验，对其作用机理进行了探讨。

Through the experiments of extracting the gelatin and hydrolytic protein from the offal of goatskin by enzyme during leather processing , and the effect mechanism is also discussed in this paper .

目的：用99mTc-MDP放射性核素观察同种异体骨基质明胶与部分脱蛋白异种骨复合移植修复兔下颌骨缺损。

Objective : To investigate composite grafts of allogeneic bone matrix gelatin and partially deproteinized xenogeneic bone in the rabbit mandibular defects with 99m Technetium methylene diphosphonate .

明胶改性作蛋白涂饰剂的研究

Study on Preparation of Protein Finishing Agent from Modified Gelatin

同种异体骨基质明胶与部分脱蛋白异种骨复合移植的放射性核素观察

Radionuclide Observation on Composite Grafts of Allogeneic Bone Matrix Gelatin and Partially Deproteinized Xenogeneic Bone

进一步，探索了一种明胶功能化弹性蛋白接枝共聚物的方法。

Further , a new strategy for the preparation of glutin-functionalized elastin graft copolymer was explored . 1 .

蔗糖与明胶或水解大豆蛋白复合可有效的实现β胡萝卜素的微胶囊化作用，麦芽糊精不适合与蛋白质复配作为微胶囊壁材。

Maltodextrin ( MD ) was not suitable to combine with protein as wall material . The sucrose ( S ) combined with SPH ( Soybean Protein Hydrolyzate ) or G ( Gelatin ) were effective microencapsulation wall material for β carotene .

结果：术中发生硬脊膜损伤2例，其中1例术中应用明胶海绵及生物蛋白胶封堵硬膜，术后出现低热，应用抗生素2周后症状消失；

Result : Dural tear happened in 2 cases , glutin sponge and biological glue were used in one case for dural tear sealing , while the patient got a low fever after surgery and healed with antibiotics in 2 weeks after surgery .