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21篇 您的检索式:作者名="Arjun T"
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1Keeping an eye on the diabetic foot: The connection between diabetic eye disease and wound healing in the lower extremity显示文摘Diabetic eye disease is strongly associated with the development of diabetic foot ulcers(DFUs).DFUs are a common and significant complication of diabetes mellitus(DM)that arise from a combination of micro-and macrovascular compromise.Hyperglycemia and associated metabolic dysfunction in DM lead to impaired wound healing,immune dysregulation,peripheral vascular disease,and diabetic neuropathy that predisposes the lower extremities to repetitive injury and progressive tissue damage that may ultimately necessitate amputation.Diabetic retinopathy(DR)is caused by cumulative damage to the retinal microvasculature from hyperglycemia and other diabetes-associated factors.The severity of DR is closely associated with the development of DFUs and the need for lower extremity revascularization procedures and/or amputation.Like the lower extremity,the eye may also suffer end-organ damage from macrovascular compromise in the form of cranial neuropathies that impair its motility,cause optic neuropathy,or result in partial or complete blindness.Additionally,poor perfusion of the eye can cause ischemic retinopathy leading to the development of proliferative diabetic retinopathy or neovascular glaucoma,both serious,visionthreatening conditions.Finally,diabetic corneal ulcers and DFUs share many aspects of impaired wound healing resulting from neurovascular,sensory,and immunologic compromise.Notably,alterations in serum biomarkers,such as hemoglobin A1c,ceruloplasmin,creatinine,low-density lipoprotein,and highdensity lipoprotein,are associated with both DR and DFUs.Monitoring these parameters can aid in prognosticating long-term outcomes and shed light on shared pathogenic mechanisms that lead to end-organ damage.The frequent cooccurrence of diabetic eye and foot problems mandate that patients affected by either condition undergo reciprocal comprehensive eye and foot evaluations in addition to optimizing diabetes management.David J Ramsey James T Kwan Arjun Sharma 2022World Journal of Diabetes2022,13,12:2
2Recent progress in pharmacological research of propolis显示文摘Arjun H Banskota Yasuhiro T 2001Phytother Res2001,15,:1
3Liquid chromatography-Mass spectrometry analysis of propolis显示文摘KIYOSHI M ARJUN H B YASUHIRO T 2001Phyrochem Anal2001,12,:1
4From symmetric AC/AC to asymmetric AC/graphite,a progress in electrochemical capacitors显示文摘Wang H Y Masaki Y Arjun K T 2007J Power Sources2007,169,2:1
5Recent progress in pharmacological research of propolis显示文摘Arjun H B Yasuhiro T Shigetoshi K 2001Phytotherapy Research2001,15,7:1
6Cordilisides A, B, C: norditerpene furan glycosides from Tinospora cordifolia 显示文摘Vijay D G Padmanava P Arjun T 1994Phytochemistry1994,37,3:1
7Norditerpene furan glycosides from Tinospora cordifolia 显示文摘Vijay D G Padmanava P Arjun T 1995Phytochemistry1995,39,5:1
8Recent progress in pharmacological research of propo-lis显示文摘Arjun H Banskota AH Yasuhiro T 2001Phytother Res2001,15,:1
9Vital Signs: Carbapenem-Resistant Enterobacteriaceae显示文摘Jacob Jesse T Klein Eili Laxminarayan Ramanan Beldavs Zintars Lynfield Ruth Kallen Alexander J Ricks Philip Edwards Jonathan Srinivasan Arjun Fridkin Scott Rasheed J Kamile Lonsway David Bulens Sandie Herrera Rosa McDonald L Clifford Patel 2013MMWR Morbidity and Mortality Weekly Report2013,,9:1
10Recent progress in pharmacological research of propolis 显示文摘Arjun H Banskota Yasuhiro T 2001Phytother Res2001,15,:1
11Influence of sliding speed on the dry sliding wear behaviour and the subsurface deformation on hybrid metal matrix composite显示文摘BASAVARAJAPPA S CHANDRAMOHAN G ARJUN M MUKUNDAN T SUBRAMANIAN R GOPALAKRISHNAN P 2007Wear2007,262,:1
12Recent Progress in Pharmacological Research of Propolis显示文摘ARJUN HB YASUHIRO T SHIGETOSHI K 2001Phytotherapy Research2001,15,7:1
13Recent progress in pharmacological research of propolis显示文摘Arjun HB Yasuhiro T Shigetoshi K 2001Phytothe Res2001,15,7:1
14Ultralow sidelobe-level integrated acoustooptic tunable filters using tapered-gap surface acoustic wave directional couplers显示文摘ARJUN Kar-Roy CHEN S T 1994Journal of Lightwave Technology1994,12,:1
15Recent progress in pharmacological research of propolis显示文摘ARJUN H B YASUHIRO T SHIGETOSHI K 2001Phytother Res2001,15,5:1
16Cytotoxic cycloartane-type triterpenes from Combretum quadrangulare 显示文摘Arjun H B Yasuhiro T Le K P 1998Bioorg Med Chem Lett1998,8,24:1
17New Spirostanol Steroids and steroidal saponins from Roots and Rhizomes of Dracaena angustifolia and Their Antiproliferative Activity显示文摘Quan LT Yasuhim T Arjun HB 2001J Nat Prod2001,64,:1
18Bacterial chaperone protein,Skp,induces leukocyte chemotaxis via CSa receptor显示文摘ARJUN S LEI SHI YAMAMOTO T 2004Am J Path2004,164,:1
19Magnetic separations:Fromsteel plants to biotechnology显示文摘Cafer T Y Arjun P Mayoa J T 2009Chemical EngineeringScience2009,64,:1
20Quadranosides I-V, new triterpene glucosides from the seeds of Combretum qua- drangulare 显示文摘Ketut I A Yasuhiro T Arjun H 2000J Nat Prod2000,63,:1
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