9 research outputs found
Prevalence and trend of hepatitis C virus infection among blood donors in Chinese mainland: a systematic review and meta-analysis
- Author
- AX Wang
- B Gu
- B Li
- B Luo
- B Wang
- BC Guo
- BD Zhen
- BN Jing
- BR Chi
- BW Zhang
- BX Yang
- BY Bian
- C Chen
- C Pan
- C Xu
- C Ye
- CC Zhao
- CF Fang
- CF Gao
- CF Xu
- CH Geng
- CJ Deng
- CJ Deng
- CJ Zhang
- CL Wang
- CM Li
- CS Zhang
- CX Wang
- CY Sheng
- CY Wang
- CY Yu
- CZ Li
- D Jin
- D Prati
- DG Sun
- DG Zhou
- DJ Wang
- DL Han
- DL Wang
- DL Yang
- DM Nie
- DM Yang
- DQ Ye
- DR Xi
- DW Wang
- DY Shi
- F Jiang
- F Wu
- FC Wang
- FH Li
- FH Li
- FL Zhang
- FQ He
- FR Lang
- FS Jiang
- FY Zhao
- G Li
- G Shang
- G Shang
- GC Ren
- GD Hu
- GH Chen
- GJ Du
- GJ Du
- GJ LI
- GQ Hu
- H Shan
- H Shan
- H Zhao
- HB Peng
- HC Jin
- HF Rui
- HF Yin
- HF Zhu
- HH Zhang
- HJ Zhen
- HL Li
- HL Ma
- HS Qi
- HT Man
- HX Li
- HY Chong
- HY Wu
- HZ Qian
- J Hu
- J Li
- J Li
- J Wang
- J Wu
- J Zhang
- J Zhang
- J Zhao
- JF Perz
- JG Zeng
- JH Dong
- JH Hao
- JH Wang
- JH Zhao
- Jing Su
- JJ Ding
- JL Zuo
- JM Chen
- JM Dong
- JN Wu
- JP Yang
- JQ Liu
- JS Diao
- JX Li
- JZ Li
- K Liao
- K Xiao
- Keqin Ding
- KQ Lu
- L Peng
- L Shen
- LF Yang
- LF Zhao
- LJ Bai
- LJ Hao
- LJ Hao
- LJ He
- LJ Liu
- LL Li
- LM Di
- LQ Qian
- LQ Xu
- Lu Wang
- LY Hu
- LY Peng
- M Li
- M Wang
- M Yu
- MF Freeman
- MJ Alter
- MJ Yao
- Na Lei
- NH Chen
- Ning Wang
- NX Sun
- P Zhou
- PF Ding
- PF Qiu
- PQ Hou
- Q Gao
- Q HZ
- Q Yu
- QC Feng
- QH Jiang
- QH Wang
- Qian Cui
- QL Li
- QM Tao
- QM Tao
- QS Li
- QS Xuan
- QY Huang
- QY Shu
- Rd Dai
- RH Liu
- RH Song
- RL LI
- RN Yao
- Rongbin Yu
- RS Wang
- RY Li
- RZ Hua
- S Han
- S Liu
- SC Fang
- SD Qu
- SE Luo
- SF Bu
- SG Huang
- SH Qiu
- SH Yi
- SH Yin
- SK Yu
- SL Chen
- SL Chen
- SL Huang
- SM Yang
- SM Zhao
- SP Wang
- SP Wang
- SP Zhen
- SR Li
- SS Shi
- SX Huang
- SX Tang
- SX Zhou
- SY Jin
- SY Zhang
- SY Zhang
- SY Zheng
- SZ Liu
- SZ Liu
- T Wen
- TH Hui
- The Editorial board
- TL He
- TL Lin
- TR Zhan
- V Adams
- W Miao
- W Wei
- WG Xing
- WH Wang
- WQ Zhang
- WZ Zhang
- X Chen
- X Rong
- XF Zhang
- XF Zhang
- XG Li
- XG Wu
- XH Feng
- XH Gao
- XH Zheng
- XH Zhou
- Xiang Shi
- Xiaofei Gao
- Xin Chen
- XL Guo
- XM Sheng
- XM Tang
- XP Qu
- XQ Li
- XQ Zhang
- XW Mi
- XZ Chen
- XZ Zha
- Y Bao
- Y Fu
- Y Gu
- Y Ji
- Y Wang
- Y Wang
- Y Wang
- Y Xiong
- Y Yung
- Y Zhao
- YC Wang
- YC Xu
- YD Chen
- YD Sun
- YD Sun
- YF Lei
- YF Lu
- YF LV
- YG Zhang
- YJ Xia
- YL Zhao
- YL Zhao
- YM Du
- YN Liu
- YN Wang
- YN Xu
- YQ Liao
- YQ Sun
- YQ Zhang
- YS Wan
- YS Zhou
- YT Chen
- YW Guo
- YX Li
- YX Ling
- YY Li
- YY Long
- YY Zhang
- YY Zhou
- Z Di
- Z Qi
- ZC Dai
- ZD Zhou
- ZF Guo
- ZG Xu
- ZH Guo
- ZH Huang
- ZH Meng
- ZH Yu
- Zhihang Peng
- ZJ Huang
- ZL Jin
- ZL Rui
- ZW Feng
- ZY An
- ZZ Tang
- Publication venue
- BioMed Central
- Publication date
- 01/01/2011
- Field of study
<p>Abstract</p> <p>Background</p> <p>Blood transfusion is one of the most common transmission pathways of hepatitis C virus (HCV). This paper aims to provide a comprehensive and reliable tabulation of available data on the epidemiological characteristics and risk factors for HCV infection among blood donors in Chinese mainland, so as to help make prevention strategies and guide further research.</p> <p>Methods</p> <p>A systematic review was constructed based on the computerized literature database. Infection rates and 95% confidence intervals (95% CI) were calculated using the approximate normal distribution model. Odds ratios and 95% CI were calculated by fixed or random effects models. Data manipulation and statistical analyses were performed using STATA 10.0 and ArcGIS 9.3 was used for map construction.</p> <p>Results</p> <p>Two hundred and sixty-five studies met our inclusion criteria. The pooled prevalence of HCV infection among blood donors in Chinese mainland was 8.68% (95% CI: 8.01%-9.39%), and the epidemic was severer in North and Central China, especially in Henan and Hebei. While a significant lower rate was found in Yunnan. Notably, before 1998 the pooled prevalence of HCV infection was 12.87% (95%CI: 11.25%-14.56%) among blood donors, but decreased to 1.71% (95%CI: 1.43%-1.99%) after 1998. No significant difference was found in HCV infection rates between male and female blood donors, or among different blood type donors. The prevalence of HCV infection was found to increase with age. During 1994-1995, the prevalence rate reached the highest with a percentage of 15.78% (95%CI: 12.21%-19.75%), and showed a decreasing trend in the following years. A significant difference was found among groups with different blood donation types, Plasma donors had a relatively higher prevalence than whole blood donors of HCV infection (33.95% <it>vs </it>7.9%).</p> <p>Conclusions</p> <p>The prevalence of HCV infection has rapidly decreased since 1998 and kept a low level in recent years, but some provinces showed relatively higher prevalence than the general population. It is urgent to make efficient measures to prevent HCV secondary transmission and control chronic progress, and the key to reduce the HCV incidence among blood donors is to encourage true voluntary blood donors, strictly implement blood donation law, and avoid cross-infection.</p
Contrasting effects of simulated microgravity with and without daily âG x
- Author
- Publication venue
- 'American Physiological Society'
- Publication date
- Field of study
Increased Vascular Cell Adhesion Moleculeâ1 Was Associated with Impaired EndotheliumâDependent Relaxation of Cerebral and Carotid Arteries in Simulated Microgravity Rats
- Author
- Abdala-Valencia H Cook-Mills JM.
- Bao JX Zhang LF, Ma J.
- Chae CU Lee RT, Rifai N, Ridker PM
- Chappell DC Varner SE, Nerem RM, M
- Cheng ZJ Vapaatalo H, Mervaala E.
- Colleran PN Wilkerson MK, Bloomfie
- Convertino VA.
- Cook-Mills JM.
- FERRI C
- Gimbrone MA Jr Nagel T, Topper JN.
- Gunnett CA Heistad DD, Berg DJ, Fa
- Gunnett CA Heistad DD, Faraci FM.
- Hargens AR Steskai J, Johansson C,
- Jimenez-Altayo F Briones AM, Giral
- Jung CK Chung S, Lee YY, Hwang SH,
- Lassegue B Clempus RE.
- Ma J Kahwaji CI, Ni Z, Vaziri ND,
- Mangge H Hubmann H, Pilz S, Schaue
- Meng QJ Zhang LF, Zhang LN, Ma J.
- Morey-Holton ER Globus RK.
- OGIWARA FUMIAKI
- Orshal JM Khalil RA.
- Pauletto P Rattazzi M.
- Prisby RD Wilkerson MK, Sokoya EM,
- Pueyo ME Gonzalez W, Nicoletti A,
- Roer RD Dillaman RM.
- Sanz-Rosa D Oubina MP, Cediel E, d
- Savoia C Schiffrin EL.
- Sung HJ Yee A, Eskin SG, McIntire
- Theuer J Dechend R, Muller DN, Par
- Tummala PE Chen XL, Sundell CL, La
- Vila E Salaices M.
- Wilkerson MK Lesniewski LA, Goldin
- Wilkerson MK Muller-Delp J, Coller
- Wimalasundera R Fexby S, Regan L,
- Zhang LF.
- Zhang LN Zhang LF, Ma J.
- Publication venue
- 'Physiological Society of Japan'
- Publication date
- 01/01/2008
- Field of study
Comprehensive Analysis of the COBRA-Like (COBL) Gene Family in Gossypium Identifies Two COBLs Potentially Associated with Fiber Quality
- Author
- A Ching
- A Endler
- AB Arpat
- AH Paterson
- AH Paterson
- AM Schubert
- AS Basara
- B Eisenhaber
- Betancur
- BH Wang
- BH Wang
- C Ellis
- C SĂĄnchez-RodrĂguez
- C Yang
- Caiping Cai
- CH Haigler
- Chaoze Cheng
- CL Zeng
- CP Cai
- CP MacMillan
- DG Higgins
- DM Brown
- E Drenkard
- E Gasteiger
- Erli Niu
- F Hochholdinger
- F Li
- F Nicol
- F Roudier
- F Roudier
- G Schindelman
- H Chen
- H Tang
- HB Zhang
- HJ Kim
- J Zhang
- Jianghao Bao
- JJ Lee
- Junkang Rong
- JX Jiang
- KJ Livak
- L Comai
- L Zhao
- LF Liu
- MT Hauser
- N Mitsuda
- NG Taylor
- NG Taylor
- P Wang
- PN Benfey
- R Zhong
- RD Finn
- S Renny-Byfield
- SM Brady
- T Beeckman
- TA Richmond
- TH Lee
- TL Bailey
- TZ Zhang
- TZ Zhang
- Wangzhen Guo
- X Ma
- Xiaoguang Shang
- Xiongming Du
- XL Shen
- XX Dai
- XX Dai
- Y Cao
- Yanda Zeng
- YH Li
- YH Xu
- YS Qin
- Publication venue
- 'Public Library of Science (PLoS)'
- Publication date
- Field of study
Properties and emerging applications of self-assembled structures made from inorganic nanoparticles
- Author
- A Ahniyaz
- A Boker
- A Boker
- A Courty
- A Imre
- A Tao
- A Zabet-Khosousi
- AC Balazs
- AG Skirtach
- AH Lu
- AJ Shields
- Alla Petukhova
- AM Kalsin
- AO Govorov
- AR Tao
- B Zebli
- BA Grzybowski
- BD Korth
- BL Frankamp
- BM Reinhard
- BP Khanal
- C Bechinger
- C Engtrakul
- C Sonnichsen
- CF Chen
- CJ Wang
- CP Collier
- CR Iacovella
- D Fava
- D Graham
- D Nykypanchuk
- E Dujardin
- E Hao
- E Oh
- E Ozbay
- Eugenia Kumacheva
- EV Shevchenko
- FA Aldaye
- G Gopalakrishnan
- GA DeVries
- GA Held
- GL Liu
- H Wang
- HX Li
- I Lisiecki
- IC Chiang
- J Bao
- J Hoinville
- J Kneipp
- J Lee
- J Lee
- J Lee
- J Lee
- J Lee
- J Sharma
- JS Lee
- JW Zheng
- JX Huang
- K Nakata
- KD Hermanson
- KH Su
- KJM Bishop
- KK Caswell
- KM Ryan
- LF Zhang
- LL Yin
- LQ Dong
- M Artemyev
- M Moskovits
- M Rycenga
- MA Correa-Duarte
- MG Ryadnov
- MG Warner
- MM Maye
- MP Pileni
- MQ Zhu
- MS Nikolic
- MT Cheng
- N Zaitseva
- NC Seeman
- NN Zhao
- O Kulakovich
- OD Velev
- P Pieranski
- PK Jain
- PK Sudeep
- QL Zhang
- R Abu-Reziq
- R Elghanian
- R Klajn
- R Koole
- R Sheparovych
- R Volinsky
- R Wargnier
- RJ Tseng
- RW Murray
- S Acharya
- S Gupta
- S Kinge
- S Park
- S Srivastava
- SA Crooker
- SA Maier
- SC Glotzer
- SH Sun
- SK Ghosh
- SL Tripp
- SM Nie
- SY Park
- TY Gong
- V Georgakilas
- VM Shalaev
- W Zhang
- WL Cheng
- WL Cheng
- Y Choi
- Y Lalatonne
- Y Lalatonne
- Y Lin
- Y Xiao
- YJ Kang
- YJ Min
- Z Gueroui
- ZH Nie
- ZH Nie
- Zhihong Nie
- ZL Zhang
- ZY Tang
- ZY Tang
- ZY Tang
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Eco-friendly water-borne conducting polyaniline
- Author
- A Andretta
- A Cook
- A Ghosh
- A Heeger
- A Kalendova
- A Karina
- A MacDiarmid
- A Ray
- A Talo
- A Talo
- A Talo
- AB Samui
- AD Pasquier
- AHL Geoff
- AJ Dominis
- AL Mohana
- AT Ozyilmaz
- B Wessling
- B Wessling
- B Wessling
- BK Gu
- C Dhand
- C Jeyaprabha
- C Lai
- C Liu
- C Portet
- C Zhang
- CC Hu
- CQ Feng
- CX Zu
- D DeBerry
- D Li
- D Sazou
- DE Tallman
- DW Wang
- E Akbarinezhad
- E Frackowiak
- E Frackowiak
- E Frackowiak
- F Chen
- F Chen
- F Guan
- F Jiang
- G Kousik
- G Williams
- G Williams
- G Williams
- GA Snook
- GF Li
- GM Spinks
- GX Wang
- H Guan
- H Jiang
- H Wang
- H Zhang
- HK Lin
- HM Zhang
- HM Zhang
- HM Zhang
- HM Zhang
- HM Zhang
- HM Zhang
- Hong-ming Zhang
- HR Ghenaatian
- HSO Chan
- HW Cho
- I Boyano
- J Luo
- J Luo
- J Wang
- J Yue
- J Yue
- J Yue
- JC Laroix
- JEP Silva
- JH Huh
- JL Camalet
- JM Tarascon
- JS Jang
- JS Lee
- JX Huang
- K Park
- KG Conroy
- KR Prasad
- KS Lee
- KS Ryu
- KS Ryu
- KZ Zhu
- L Cecchetto
- L Sun
- L Yuan
- L Zhong
- LF Xiao
- LX Wang
- M Fahlman
- M Lai
- M Sathiya
- M Whittingham
- MA Malik
- MC Bernard
- MC Bernard
- MR Bagherzadeh
- MY Hua
- N Gospodinova
- N Plesu
- P Ghosh
- P Ocon
- P Pawar
- P Tundo
- PG Bruce
- PJ Kinlen
- PJ Kinlen
- PJ Kinlen
- PK Kahol
- PK Kahol
- PT Anastas
- Q Gong
- Q Lu
- QF Wang
- RJ Holness
- RL Twite
- RM Torresia
- S Radhakrishnan
- S Roy
- S Sathiyanarayanan
- S Sathiyanarayanan
- S Sathiyanarayanan
- S Souza
- S Virji
- S Yang
- SA Chen
- SA Chen
- SA Ju
- SJ Bao
- SP Armes
- SP Armes
- SP Zhou
- SY Chew
- T Tuker
- T Tuker
- TK Rout
- V Brusic
- V Ganesh
- V Karpakam
- V Khomenko
- V Subramanian
- W Lee
- W Lu
- WJ Bae
- WM Chen
- WP Lee
- WS Huang
- X Gao
- X Li
- X Yuan
- X Zhao
- XH Wang
- Xian-hong Wang
- XL Wei
- XL Wei
- XL Wei
- XP Gao
- XW Shi
- XW Shi
- XY Zhang
- XY Zhang
- Y Cao
- Y Chen
- Y Chen
- Y Hou
- Y Li
- Y Long
- Y Shao
- YH Geng
- YP Li
- YP Li
- YP Shen
- YY Wang
- Z Yang
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Role of connexins and pannexins during ontogeny, regeneration, and pathologies of bone
- Author
- A Fenwick
- A Itro
- A Jamsheer
- A Jamsheer
- A Pizzuti
- AA Marino
- AA Pitsillides
- AC Van Es
- AE Loiselle
- AE Loiselle
- AG Reaume
- AL Harris
- AM Flenniken
- AW Lohman
- BA MacVicar
- BD Gulbransen
- C Hebert
- C Niger
- C Seror
- C Vitiello
- CG James
- CG James
- CH Castro
- CT Appleton
- D Boassa
- D Casagrande
- D Chung
- D Pelaez
- DA Goodenough
- DA Goodenough
- Dale W. Laird
- DC Genetos
- DM Joiner
- DR de la Parra
- DW Laird
- DW Van Norstrand
- E McLachlan
- EM Badley
- F Lecanda
- FB Chekeni
- FN Syed-Picard
- G Brice
- GS Ghatnekar
- GT Cottrell
- H Shen
- H Xu
- HI Roach
- J Guerrero
- J Honkaniemi
- J Shibayama
- J Zhang
- JC Herve
- JM Churko
- Joelle Amedee
- JP Stains
- JP Vasconcellos
- JX Jiang
- K Izumi
- K Moore
- KW Kjaer
- L Bao
- LA Gabriel
- LF Bonewald
- LI Plotkin
- LI Plotkin
- LI Plotkin
- LI Plotkin
- Lilian I. Plotkin
- LM Chaible
- M Grellier
- M Himi
- M Ishikawa
- M Koval
- M Rackauskas
- M Vreeburg
- M Watkins
- MA Van Steensel
- MB Goldring
- MD Mayan
- MD Mayan
- MJ Alao
- MK Stewart
- MP Watkins
- MT Barbe
- N Batra
- N Batra
- N Bivi
- N Bivi
- N Furuta
- N Kalcheva
- P Bargiotas
- P Debeer
- QV Ton
- R Civitelli
- R Civitelli
- R Civitelli
- R Dobrowolski
- R Dobrowolski
- R Dreier
- R Gago-Fuentes
- R Gago-Fuentes
- R Kellermayer
- R Pacheco-Costa
- R Richardson
- RA Rossello
- RA Rossello
- RJ Richardson
- RJ Thompson
- RJ Thompson
- S Buvinic
- S Locovei
- S Penuela
- S Penuela
- S Penuela
- S Penuela
- S Tsuchida
- SA Lloyd
- SA Lloyd
- SA Lloyd
- SC Kelly
- SJ Celetti
- SK Grimston
- SK Grimston
- SK Grimston
- SK Joss
- SR Bond
- T Huang
- T Huang
- T Iwamoto
- T Loddenkemper
- T Wiest
- T Zappitelli
- V Valiunas
- W Roscoe
- W Zhang
- WA Paznekas
- WA Paznekas
- WH Evans
- XQ Gong
- XQ Gong
- Y Hu
- Y Panchin
- Y Qu
- Y Zhang
- Z Xiao
- Z Yan
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2016
- Field of study
Electron micrographs revealed the presence of gap junctions in osteoblastic cells over 40Â years ago. These intercellular channels formed from connexins are present in bone forming osteoblasts, bone resorbing osteoclasts, and osteocytes (mature osteoblasts embedded in the mineralized bone matrix). More recently, genetic and pharmacologic studies revealed the role of connexins, and in particular Cx43, in the differentiation and function of all bone types. Furthermore, mutations in the gene encoding Cx43 were found to be causally linked to oculodentodigital dysplasia, a condition that results in an abnormal skeleton. Pannexins, molecules with similar structure and single-membrane channel forming potential as connexins when organized as hemichannels, are also expressed in osteoblastic cells. The function of pannexins in bone and cartilage is beginning to be uncovered, but more research is needed to determine the role of pannexins in bone development, adult bone mass and skeletal homeostasis. We describe here the current knowledge on the role of connexins and pannexins on skeletal health and disease
Osteocytes: Master Orchestrators of Bone
- Author
- A Baranova
- A Gaudio
- A Gericke
- A Maejima-Ikeda
- A Martin
- A Martin
- A Miyauchi
- A Moustafa
- A Saraste
- A Teti
- AD Bakker
- AE Tami
- AG Robling
- AG Robling
- AG Torrance
- AK Wann
- AM Caballero-Alias
- AM Malone
- AM Parfitt
- AS Elmardi
- B Busse
- B Cheng
- B Cheng
- B Wang
- BS Noble
- C Borde
- C Ciani
- C DâHondt
- C Liu
- C Nakalekha
- C Palumbo
- C Palumbo
- C Peter
- C Price
- C Radel
- CA Baud
- CE Yellowley
- CH Castro
- CM Reijnders
- CT Rubin
- D Padhi
- D Sharma
- D Somjen
- D Wu
- DC Genetos
- DC Spray
- DL Thompson
- DM Webber
- DN Wheatley
- DP Nicolella
- DR Gude
- E Burger
- E Scemes
- E Takai
- E Tzima
- EJ Anderson
- F Giuliano
- F Lecanda
- F Recklinghausen
- FB Chekeni
- FYJ Wassermann
- G Gu
- G Kogianni
- G Marotti
- G Zaman
- GA Rodan
- GC Reilly
- GE Sosinsky
- H Ito
- H Kamioka
- H Nakamura
- H Qing
- H Shimizu
- HM Frost
- I Fortier
- I Fortier
- I Nakamura
- J Klein-Nulend
- J Li
- J Li
- J Wolff
- J Xiong
- J You
- JA Florian
- JA Phillips
- JC Friedland
- JM Lean
- JP Bidwell
- JP Stains
- JX Jiang
- K Holmbeck
- K Inoue
- K Ota
- K Piekarski
- K Zhang
- KB Emerton
- KE Poole
- KH Lau
- KJ Noonan
- KV Reddy
- L Bao
- L Cardoso
- L Formigli
- L Kindle
- L Mancini
- L Shen
- L Wang
- L Wang
- L You
- LA Truman
- LD You
- LF Belanger
- LM McNamara
- M Hatori
- M Roudier
- MA Lancaster
- MD McKee
- MD McKee
- MG Mullender
- MH Sheng
- Mitchell B. Schaffler
- ML Knothe Tate
- ML Knothe Tate
- MM Thi
- MR Forwood
- MR Forwood
- MS Ominsky
- N Batra
- NM Barros
- NW McGowan
- O Leupin
- O Verborgt
- O Verborgt
- OD Kennedy
- Oran Kennedy
- P Collin-Osdoby
- P Lipton
- P Roca-Cusachs
- PCLD Cabahug
- PP Cherian
- PS Cerri
- R Guo
- R Hattner
- R Iglesias
- RB Martin
- RB Martin
- RG Knowles
- RJ Hof vanât
- RM Bellin
- Robert Majeska
- RS Weinstein
- S Liu
- S Liu
- S Palazzini
- S Tatsumi
- S Weinbaum
- S Yakar
- S Zhao
- SA Al-Dujaili
- SA Lloyd
- SB Doty
- SB Doty
- SK Grimston
- SK Grimston
- SL Bloch
- SL Dallas
- SO Suadicani
- SP Fritton
- T Adachi
- T Mochizuki
- T Moriishi
- T Nakashima
- TA Franz-Odendaal
- TJ Heino
- TS Hakim
- V Bentolila
- V David
- V Kartsogiannis
- VE Torres
- W Balemans
- W Li
- WF Powell Jr
- Wing-Yee Cheung
- WN Addison
- WN Addison
- WR Thompson
- WR Thompson
- WY Cheung
- X Li
- X Li
- XL Lu
- Y Han
- Y Mikuni-Takagaki
- Y Wang
- Y Zhang
- Z Xiao
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Guidelines for the use and interpretation of assays for monitoring autophagy (3rd edition).
- Author
- Abdelmohsen K
- Abe A
- Abedin MJ
- Abeliovich H
- Acevedo Arozena A
- Adachi H
- Adams CM
- Adams PD
- Adeli K
- Adhihetty PJ
- Adler SG
- Agam G
- Agarwal R
- Aghi MK
- Agnello M
- Agostinis P
- Aguilar PV
- Aguirre-Ghiso J
- Airoldi EM
- Ait-Si-Ali S
- Akematsu T
- Akporiaye ET
- Al-Rubeai M
- Albaiceta GM
- Albanese C
- Albani D
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