ICRS 2018 - Conference Calendar

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Almaty 1 Free Papers

26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)

Date
Thu, Apr 12, 2018
Time
10:30 - 12:00
Location
Almaty 1
Moderators
Podium Presentation Biomaterials and Scaffolds

26.4.1 - A Functional Biphasic Biomaterial Homing Mesenchymal Stem Cells For In Vivo Cartilage Regeneration (ID 9501)

Presentation Number
26.4.1
Topic
Biomaterials and Scaffolds
Lecture Time
10:30 - 10:39
Session Name
26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)
Corresponding Author
Authors
Disclosure
No Significant Commercial Relationships
Podium Presentation Osteoarthritis

26.4.2 - Gene-Based Association Analysis Identified Novel Genes Associated With Developmental Dysplasia Of The Hip (ID 9440)

Presentation Number
26.4.2
Topic
Osteoarthritis
Lecture Time
10:39 - 10:48
Session Name
26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)
Corresponding Author
Authors
Disclosure
No Significant Commercial Relationships
Podium Presentation Biomaterials and Scaffolds

26.4.3 - Surface Modification on PCL Mesh and Human Decalcified Bone Scaffold with SMSCs-Affinity Peptide (ID 9477)

Presentation Number
26.4.3
Topic
Biomaterials and Scaffolds
Lecture Time
10:48 - 10:57
Session Name
26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)
Corresponding Author
Authors
Disclosure
No Significant Commercial Relationships
Podium Presentation Osteoarthritis

26.4.4 - Kartogenin-Incorporated Multifunctional Ultra-Small Hyaluronan-Ceria Nanoparticles used for Osteoarthritis Treatment (ID 9547)

Presentation Number
26.4.4
Topic
Osteoarthritis
Lecture Time
10:57 - 11:06
Session Name
26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)
Corresponding Author
Authors
Disclosure
No Significant Commercial Relationships
Podium Presentation Osteoarthritis

26.4.5 - Diabetes Mellitus Accelerates Progression of Osteoarthritis in Streptozotocin-induced Diabetic Mice (ID 9400)

Presentation Number
26.4.5
Topic
Osteoarthritis
Lecture Time
11:06 - 11:15
Session Name
26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)
Corresponding Author
Authors
Disclosure
No Significant Commercial Relationships
Podium Presentation Extracellular Matrix

26.4.6 - Circular RNA Regulates MMP13 Expression By Functioning As A MiR-136‘Sponge’ In Human Cartilage Degradation (ID 9496)

Presentation Number
26.4.6
Topic
Extracellular Matrix
Lecture Time
11:15 - 11:24
Session Name
26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)
Corresponding Author
Authors
Disclosure
No Significant Commercial Relationships
Podium Presentation Stem Cells

26.4.7 - Adipose-Derived Stromal Vascular Fraction By Mechanical Separation For Repairing Cartilage Defects (ID 9811)

Presentation Number
26.4.7
Topic
Stem Cells
Lecture Time
11:24 - 11:33
Session Name
26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)
Corresponding Author
Authors
Disclosure
No Significant Commercial Relationships
Podium Presentation Osteoarthritis

26.4.8 - Multi-Generation Genetic Effects Of Osteoarthritis-Like Phenotype In Female Offspring Induced By Dexamethasone Exposure (ID 9486)

Presentation Number
26.4.8
Topic
Osteoarthritis
Lecture Time
11:33 - 11:42
Session Name
26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)
Corresponding Author
Authors
Disclosure
No Significant Commercial Relationships
Podium Presentation Microfracture/Bone Marrow Stimulation

26.4.9 - The Effect Of Low-Energy Shock Waves In Microfracture Holes In The Repair Of Cartilage Defects In A Rabbit Model (ID 9664)

Presentation Number
26.4.9
Topic
Microfracture/Bone Marrow Stimulation
Lecture Time
11:42 - 11:51
Session Name
26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)
Corresponding Author
Authors
Disclosure
No Significant Commercial Relationships
Podium Presentation Intervertebral Disc

26.4.10 - Histologic Study the Transition of a Notochordal to a Fibrocartilaginous Nucleus Pulposus in Cervical Disc (ID 9648)

Presentation Number
26.4.10
Topic
Intervertebral Disc
Lecture Time
11:51 - 12:00
Session Name
26.4 - Scaffold & Others (ICRS China Chapter) (ID 845)
Corresponding Author
Authors
Disclosure
This work was supported by the National Natural Science Foundation of China (No. 30770531).