Cells in Vascular Tissue Engineering Research-Reference-Cited by-同舟云学术

Cells in Vascular Tissue Engineering Research

Published:2024-01-29 Issue: Volume: Page:273-284
ISSN:
Container-title:Functional Bio-based Materials for Regenerative Medicine: From Bench to Bedside (Part 2)
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Author:

Vijakumaran Ubashini¹,Atiqah Haron Nur¹,Wei Heng J.¹,Fikeri Ishak Mohamad¹,Sulaiman Nadiah¹

Affiliation:

1. Centre for Tissue Engineering and Regenerative Medicine, Faculty of Medicine, Universiti Kebangsaan Malaysia, 56000, Cheras, Kuala Lumpur, Malaysia

Abstract

Fabrication of off-the-shelf small diameter vascular graft as an alternative to current autologous graft in clinical setting i.e., internal mammary artery and saphenous veins has yet to be perfected. With cardiovascular diseases (CVD) topping the list of the causes of death worldwide, alternative vascular graft is especially crucial in patients with a lack of autologous grafts. Successful re-vascularisation could substantially lower the progression of CVD and mortality rate. This chapter delves into cells that are vital in developing a tissue engineered vascular graft (TEVG), ranging from the native tissue on the vascular bed to the potential cells that could be utilized, compounds that possibly could improve the available grafts and stents and future TEVG design.

Publisher

BENTHAM SCIENCE PUBLISHERS

Reference52 articles.

1. Lozano R.; Naghavi M.; Foreman K.; Lim S.; Shibuya K.; Aboyans V.; Abraham J.; Adair T.; Aggarwal R.; Ahn S.Y.; AlMazroa M.A.; Alvarado M.; Anderson H.R.; Anderson L.M.; Andrews K.G.; Atkinson C.; Baddour L.M.; Barker-Collo S.; Bartels D.H.; Bell M.L.; Benjamin E.J.; Bennett D.; Bhalla K.; Bikbov B.; Abdulhak A.B.; Birbeck G.; Blyth F.; Bolliger I.; Boufous S.; Bucello C.; Burch M.; Burney P.; Carapetis J.; Chen H.; Chou D.; Chugh S.S.; Coffeng L.E.; Colan S.D.; Colquhoun S.; Colson K.E.; Condon J.; Connor M.D.; Cooper L.T.; Corriere M.; Cortinovis M.; de Vaccaro K.C.; Couser W.; Cowie B.C.; Criqui M.H.; Cross M.; Dabhadkar K.C.; Dahodwala N.; De Leo D.; Degenhardt L.; Delossantos A.; Denenberg J.; Des Jarlais D.C.; Dharmaratne S.D.; Dorsey E.R.; Driscoll T.; Duber H.; Ebel B.; Erwin P.J.; Espindola P.; Ezzati M.; Feigin V.; Flaxman A.D.; Forouzanfar M.H.; Fowkes F.G.R.; Franklin R.; Fransen M.; Freeman M.K.; Gabriel S.E.; Gakidou E.; Gaspari F.; Gillum R.F.; Gonzalez-Medina D.; Halasa Y.A.; Haring D.; Harrison J.E.; Havmoeller R.; Hay R.J.; Hoen B.; Hotez P.J.; Hoy D.; Jacobsen K.H.; James S.L.; Jasrasaria R.; Jayaraman S.; Johns N.; Karthikeyan G.; Kassebaum N.; Keren A.; Khoo J-P.; Knowlton L.M.; Kobusingye O.; Koranteng A.; Krishnamurthi R.; Lipnick M.; Lipshultz S.E.; Ohno S.L.; Mabweijano J.; MacIntyre M.F.; Mallinger L.; March L.; Marks G.B.; Marks R.; Matsumori A.; Matzopoulos R.; Mayosi B.M.; McAnulty J.H.; McDermott M.M.; McGrath J.; Memish Z.A.; Mensah G.A.; Merriman T.R.; Michaud C.; Miller M.; Miller T.R.; Mock C.; Mocumbi A.O.; Mokdad A.A.; Moran A.; Mulholland K.; Nair M.N.; Naldi L.; Narayan K.M.V.; Nasseri K.; Norman P.; O’Donnell M.; Omer S.B.; Ortblad K.; Osborne R.; Ozgediz D.; Pahari B.; Pandian J.D.; Rivero A.P.; Padilla R.P.; Perez-Ruiz F.; Perico N.; Phillips D.; Pierce K.; Pope C.A.; Porrini E.; Pourmalek F.; Raju M.; Ranganathan D.; Rehm J.T.; Rein D.B.; Remuzzi G.; Rivara F.P.; Roberts T.; De León F.R.; Rosenfeld L.C.; Rushton L.; Sacco R.L.; Salomon J.A.; Sampson U.; Sanman E.; Schwebel D.C.; Segui-Gomez M.; Shepard D.S.; Singh D.; Singleton J.; Sliwa K.; Smith E.; Steer A.; Taylor J.A.; Thomas B.; Tleyjeh I.M.; Towbin J.A.; Truelsen T.; Undurraga E.A.; Venketasubramanian N.; Vijayakumar L.; Vos T.; Wagner G.R.; Wang M.; Wang W.; Watt K.; Weinstock M.A.; Weintraub R.; Wilkinson J.D.; Woolf A.D.; Wulf S.; Yeh P-H.; Yip P.; Zabetian A.; Zheng Z-J.; Lopez A.D.; Murray C.J.L.; Global and regional mortality from 235 causes of death for 20 age groups in 1990 and 2010: a systematic analysis for the Global Burden of Disease Study 2010. Lancet 2012,380(9859),2095-2128

2. Virani S.S.; Alonso A.; Benjamin E.J.; Bittencourt M.S.; Callaway C.W.; Carson A.P.; Chamberlain A.M.; Chang A.R.; Cheng S.; Delling F.N.; Djousse L.; Elkind M.S.V.; Ferguson J.F.; Fornage M.; Khan S.S.; Kissela B.M.; Knutson K.L.; Kwan T.W.; Lackland D.T.; Lewis T.T.; Lichtman J.H.; Longenecker C.T.; Loop M.S.; Lutsey P.L.; Martin S.S.; Matsushita K.; Moran A.E.; Mussolino M.E.; Perak A.M.; Rosamond W.D.; Roth G.A.; Sampson U.K.A.; Satou G.M.; Schroeder E.B.; Shah S.H.; Shay C.M.; Spartano N.L.; Stokes A.; Tirschwell D.L.; VanWagner L.B.; Tsao C.W.; Heart Disease and Stroke Statistics—2020 Update: A Report From the American Heart Association. Circulation 2020,141(9),e139-e596

3. Abdulhannan P.; Russell D.A.; Homer-Vanniasinkam S.; Peripheral arterial disease: a literature review. Br Med Bull 2012,104(1),21-39

4. Mohr F.W.; Morice M.C.; Kappetein A.P.; Feldman T.E.; Ståhle E.; Colombo A.; Mack M.J.; Holmes D.R.; Morel M.; Dyck N.V.; Houle V.M.; Dawkins K.D.; Serruys P.W.; Coronary artery bypass graft surgery versus percutaneous coronary intervention in patients with three-vessel disease and left main coronary disease: 5-year follow-up of the randomised, clinical SYNTAX trial. Lancet 2013,381(9867),629-638

5. Weintraub W.S.; Grau-Sepulveda M.V.; Weiss J.M.; O’Brien S.M.; Peterson E.D.; Kolm P.; Zhang Z.; Klein L.W.; Shaw R.E.; McKay C.; Ritzenthaler L.L.; Popma J.J.; Messenger J.C.; Shahian D.M.; Grover F.L.; Mayer J.E.; Shewan C.M.; Garratt K.N.; Moussa I.D.; Dangas G.D.; Edwards F.H.; Comparative effectiveness of revascularization strategies. N Engl J Med 2012,366(16),1467-1476