1.Effects of Periodontal Ligament Cells on Alveolar Bone Metabolism under the Action of Force and Inflammatory Factors and Its Molecular Mechanisms.
Acta Academiae Medicinae Sinicae 2017;39(3):432-437
Periodontal ligament may have independent response to orthodontic stimulation and thus initiate alveolar bone osteogenesis and osteoclasts. Orthodontic-induced alveolar bone remodeling has no bone loss,while inflammation can lead to alveolar bone loss,suggesting that force signal and inflammatory factors may induce the differentiation of undifferentiated cells in the periodontal ligament via different pathways. The strength of the force and the nature of the force (basal tension and fluid shear force) may affect the differentiation of periodontal ligament cells,and may produce antagonistic or synergistic effect with the inflammatory factors through complex autocrine and paracrine regulation,resulting in local bone reconstruction,which is manifested as bone deposition and bone absorption. Studies have shown that Wnt signaling is an important regulatory pathway for osteoblast differentiation. Inflammatory factors can block the differentiation of stem cells into osteoblasts. The Wnt pathway is closely related to the effects of force and inflammatory factors on the differentiation of periodontal ligament cells.
3.An attempt to approach an optional therapeutic regimen for chronic hepatitis B.
Chinese Journal of Hepatology 2004;12(10):577-581
Adenine
;
analogs & derivatives
;
therapeutic use
;
Animals
;
Antiviral Agents
;
therapeutic use
;
Combined Modality Therapy
;
Genetic Therapy
;
Hepatitis B Antigens
;
immunology
;
Hepatitis B Vaccines
;
therapeutic use
;
Hepatitis B, Chronic
;
therapy
;
Humans
;
Interferon-alpha
;
administration & dosage
;
Lamivudine
;
therapeutic use
;
Organophosphonates
;
therapeutic use
;
Recombinant Proteins
5.The Study of Pressure on Breast during Molybdenum Target Mammography after Female's Breast Augmentation Surgery
Journal of Practical Radiology 1992;0(11):-
Objective To explore the design of pressure on breast for taking molybdenum target mammography after female's breast augmentation surgery.Methods The molybdenum target mammography in 26 patients were undergone breast augmentation surgery with hydrophilic polyacrylamide gel(HPAG) was performed under different breast pressure,the enduring ability on breast pressure for patients and the quality of axial and oblique images were compared between different pressure on breast.Results As the pressure on breast was 14 dan,the quality of images was not good,and the patients felt no pain on breast;the pressure was 18 dan,the quality of images was fine,and the pain on breast could be endured by patients.As the pressure was 20 dan,the quality of images was still fine,but the pain on breast was obvious.Conclusion It is suitable choosing the pressure of 18 dan on breast to take molybdenum target mammography for patients after breast augmentation surgery with HPAG.
7.Transition system for high-resolution non-standard medical video roentgenoscoped by X-ray
Chinese Medical Equipment Journal 1989;0(02):-
High -resolution non -standard medical video roentgenoscoped by X -ray can't make use of universal video interfaces such as VGA, S - Video. Based on non - standard video feature transition algorithm library, high - speed field integration technology for FPGA digital system and VHDL hardware description language, this paper develops a real-time transition system for high-resolution non-standard medical video roentgenoscoped by X-ray.
9.Challenges regarding the treatment of viral hepatitis B.
Chinese Journal of Hepatology 2005;13(7):481-482
10.Oncogenic mechanism and biological effect of Evi-1 gene
Journal of International Oncology 2013;(3):170-173
Ecotropic viral integration site-1 (Evi-1) gene is first identified as a binding site for retrovirus in murine myeloid leukemia.The human homologue with the murine in leukemia oncogene Evi-1 is about 91% of nuclear sequence and 94% of amino acid.Evi-1 gene is high expressed in myeloid malignancies and other tumors.The main tumorigenic mechanisms of Evi-1 gene include inhibiting TGF-β signal path by depressing Smad3,adjusting cell cycle,promoting angiogenesis,inhibiting JNK.activating AP-1,and so on.