分类,视频标题,视频时长,微信视频号视频id
免疫学,使用STEMprep™简化组织解离流程,01:44,export/UzFfAgtgekIEAQAAAAAAKGQ1rO6XCAAAAAstQy6ubaLX4KHWvLEZgBPE1qY0HHJGefOPzNPgMJr0g7Sx7sf7YWt4G_KYuBQn
免疫学,如何从小鼠脾脏组织中制备单细胞悬液,,export/UzFfAgtgekIEAQAAAAAAzCsUaznaagAAAAstQy6ubaLX4KHWvLEZgBPEi6MIAnl-cb2PzNPgMJpAYpaqUVI2QW-NCaJGo6SO
免疫学,如何将小鼠肺组织制备成单细胞悬液,02:59,export/UzFfAgtgekIEAQAAAAAAs94Ya9p-5QAAAAstQy6ubaLX4KHWvLEZgBPEvadcUSpALsWPzNPgMJpgndlsWLxtDbhDuEKGwkHY
免疫学,如何从全血制备白膜层,3:46,export/UzFfAgtgekIEAQAAAAAA4iQUe4o-XgAAAAstQy6ubaLX4KHWvLEZgBPEl6I0bSoiBYiGzNPgMJpPHaFWhb8KQkqiUiNKVTH4
免疫学,如何使用密度梯度离心法（Ficoll™或Lymphoprep™）从全血中分离外周血单个核细胞（PBMCs）,1:36,export/UzFfAgtgekIEAQAAAAAA9FQzm8nYJAAAAAstQy6ubaLX4KHWvLEZgBPE4qJQA1YBWNiEzNPgMJpka502p097hMhWBH-TmPhY
免疫学,如何在15分钟内使用SepMate™ PBMC离心管从全血中分离PBMCs,1:46,export/UzFfAgtgekIEAQAAAAAAFtgSOneYGwAAAAstQy6ubaLX4KHWvLEZgBPE1KY8MFcVbv6LzNPgMJrRxyEw-xCuIbD3eVmQgwfu
免疫学,SepMate™ PBMC离心管的工作原理,02:28,export/UzFfAgtgekIEAQAAAAAAr3cLMn55zwAAAAstQy6ubaLX4KHWvLEZgBPE_6JEXx4yN_-FzNPgMJpmojsbDobj4cQsyUbDemSr
免疫学,如何正确倾倒SepMate™离心管,00:58,export/UzFfAgtgekIEAQAAAAAAofA27vYzMwAAAAstQy6ubaLX4KHWvLEZgBPE16ZMGzFJKOOPzNPgMJr6QiCFWyDhe5F_0klYBjZn
免疫学,流程详解-如何使用SepMate™加速PBMC分离,18:08,export/UzFfAgtgekIEAQAAAAAAiT0n8klEiwAAAAstQy6ubaLX4KHWvLEZgBPEwqI4awcpcJ6FzNPgMJqXZeQ3QWkDCQLbNUKSrEPn
细胞冻存,如何复苏冻存的人原代细胞,6:05,export/UzFfAgtgekIEAQAAAAAA-C4VW39wXgAAAAstQy6ubaLX4KHWvLEZgBPE96IcMScSbp-FzNPgMJpB26ErYckE2T4de5uOdsnH
细胞冻存,如何使用ThawSTAR® CFT2自动解冻系统快速复苏冻存的细胞,01:49,export/UzFfAgtgekIEAQAAAAAACrUYvM6rTgAAAAstQy6ubaLX4KHWvLEZgBPEyaJMR0E_Nt-EzNPgMJoLb8FAEf8ERcwSb02lLieu
细胞冻存,如何使用ThawSTAR® CB自动解冻系统一致地解冻冻存袋,02:31,export/UzFfAgtgekIEAQAAAAAAqx05yQlsuwAAAAstQy6ubaLX4KHWvLEZgBPEqKNoXFhiU4WEzNPgMJqSK3-zylq7N1uu69DJEOQ7
免疫学,至简之选-EasySep™让细胞分选更简单,01:18,export/UzFfAgtgekIEAQAAAAAAU0wDCvARLwAAAAstQy6ubaLX4KHWvLEZgBPEradANEEfOOuPzNPgMJoF-SiWAICapEQweTgTgjWV
免疫学,揭开EasySep™免疫磁珠细胞分选技术简单快速的秘密,01:57,export/UzFfAgtgekIEAQAAAAAACxAkZ0fV3AAAAAstQy6ubaLX4KHWvLEZgBPE-qI4ZjVfFbSGzNPgMJrsyNqZWIlHGFAEt0SDEktg
免疫学,EasySep™-最快8分钟完成细胞分选,00:54,export/UzFfAgtgekIEAQAAAAAAF8kUSFIETwAAAAstQy6ubaLX4KHWvLEZgBPEvqJQUHl3c7uAzNPgMJo9PUR7Q7X-qTVErFZesCpz
免疫学,如何重悬EasySep™正选后的含磁珠标记的细胞,01:29,export/UzFfAgtgekIEAQAAAAAAMAoAwkQSGQAAAAstQy6ubaLX4KHWvLEZgBPEjqdUHhoxKeOPzNPgMJr_rzNaBU3jZudUM1Wi5a_b
免疫学,操作小技巧-如何使用Easy 250 EasySep™磁极,02:54,export/UzFfAgtgekIEAQAAAAAA8uY2bRSeDAAAAAstQy6ubaLX4KHWvLEZgBPE_aIMAgpcC_mGzNPgMJo__mDipLG-0kX867aSlkB3
免疫学,EasySep™ MultiStand：只需一次倾倒完成四个样本的四次细胞分选,1:12,export/UzFfAgtgekIEAQAAAAAAuUsNgDlohQAAAAstQy6ubaLX4KHWvLEZgBPE76JgcltQW8SEzNPgMJo4vOI42HvHlWxO3klodBXX
免疫学,EasySep™ Direct-无需红细胞裂解或离心，直接从全血中分离细胞,1:44,export/UzFfAgtgekIEAQAAAAAAIzkHcgXojgAAAAstQy6ubaLX4KHWvLEZgBPE9aJodEYkbfqEzNPgMJrgOWN-SjS-kk15Nk-gq9X_
免疫学,Easy 50 EasySep™磁极：25分钟内完成大体积的细胞分选,3:03,export/UzFfAgtgekIEAQAAAAAAwkggv3Dx6wAAAAstQy6ubaLX4KHWvLEZgBPE6aMwXFslc4CKzNPgMJpon1oa4PpcESjfsaZrEZQ8
免疫学,使用EasySep™ Direct和EasyEights™磁极直接从全血中分离细胞,6:13,export/UzFfAgtgekIEAQAAAAAAERwNFrLbmwAAAAstQy6ubaLX4KHWvLEZgBPEiqMAJjUVcoCKzNPgMJqk2ayz793OcTkFLjM5Nw6d
免疫学,如何使用EasyEights™ EasySep™细胞分选磁极在细胞分选过程中吸出样本,1:15,export/UzFfAgtgekIEAQAAAAAAdU82i-VYRgAAAAstQy6ubaLX4KHWvLEZgBPE8KIcGm8TW9iEzNPgMJoJAZXsEntLvjzBE4Y2TsAF
免疫学,如何使用EasyPlate™细胞分选磁极在96孔板中分离细胞,2:33,export/UzFfAgtgekIEAQAAAAAARDAX8YCGeQAAAAstQy6ubaLX4KHWvLEZgBPEiKcQXQk9bv6LzNPgMJouWrwsx4wUrHVv4bsn3qiI
免疫学,如何吸取EasyPlate™分选后的细胞上清液,01:05,export/UzFfAgtgekIEAQAAAAAAB7I2_wDu2AAAAAstQy6ubaLX4KHWvLEZgBPEi6cAJg8TKOOPzNPgMJrXPHXMgDAVGonhF5ZaWGxt
免疫学,无需分离柱或磁极即可从全血中分离细胞：RosetteSep™免疫密度梯度细胞分选,2:19,export/UzFfAgtgekIEAQAAAAAAXKgi6P1IgAAAAAstQy6ubaLX4KHWvLEZgBPE5KIEbwwzOoiGzNPgMJoYikarA0S-qGL7yQmc8Kfw
免疫学,使用RosetteSep™免疫密度梯度细胞分选技术分离高纯度细胞以用于HLA分析,1:20,export/UzFfAgtgekIEAQAAAAAA3T4PtnI9JQAAAAstQy6ubaLX4KHWvLEZgBPEyKIoHTwdMN-EzNPgMJoyuR2tY4aCzO2OQLJD0OA2
免疫学,使用SepMate™离心管和RosetteSep™细胞分选试剂一次性完成细胞分选,01:02,export/UzFfAgtgekIEAQAAAAAANNM1qWhMwQAAAAstQy6ubaLX4KHWvLEZgBPE-qJ8PGEZAcKHzNPgMJoufaYKXWY7_R2VIqS4pLeK
免疫学,使用RoboSep™-S细胞分选仪进行自动化细胞分选,01:40,export/UzFfAgtgekIEAQAAAAAACX8Vy_F-hgAAAAstQy6ubaLX4KHWvLEZgBPE_qIcU04pL7iHzNPgMJoEjd14Vxrywl2ATwZxJ5fZ
免疫学,如何在RoboSep™-S自动细胞分选仪上选择方案,1:46,export/UzFfAgtgekIEAQAAAAAANmcUUk9hmgAAAAstQy6ubaLX4KHWvLEZgBPEjqNYODEQE4-KzNPgMJqe061Vs2PeW2CpZcXBqHiM
免疫学,RoboSep™-16简介,00:47,export/UzFfAgtgekIEAQAAAAAADog08Xnj7wAAAAstQy6ubaLX4KHWvLEZgBPE_6JcMSxoBYSHzNPgMJowaoWFMTGv5_HvZgglt2Vk
免疫学,使用RoboSep™-16细胞分选仪对多达16个样本进行自动化细胞分选,2:42,export/UzFfAgtgekIEAQAAAAAAA-45AIem8wAAAAstQy6ubaLX4KHWvLEZgBPE1qYwZywub_6LzNPgMJoeNc4ZAAeJoDeHlYoJEW50
免疫学,CellPore™-温和高效的细胞转染系统,01:54,export/UzFfAgtgekIEAQAAAAAAXiAuMvPibwAAAAstQy6ubaLX4KHWvLEZgBPEj6NQOjM0Ga-KzNPgMJo49GwEP5P_B84zLRPhkd1K
免疫学,如何使用CellPore™转染系统,08:01,export/UzFfAgtgekIEAQAAAAAAFMIZymIWsAAAAAstQy6ubaLX4KHWvLEZgBPEt6cgOC8eMuuPzNPgMJqpy0l_HGKDkbxcUnKV_c0s
免疫学,CAR-T细胞生产流程-分选、激活和扩增,00:58,export/UzFfAgtgekIEAQAAAAAAcFATBZ3-pgAAAAstQy6ubaLX4KHWvLEZgBPEi6J0CgNqN4iAzNPgMJpS2eExE6AXr6d2DBnPaHJi
多能干细胞,使用mTeSR™3D培养基在3D悬浮培养中规模化扩增人多能干细胞,01:59,export/UzFfAgtgekIEAQAAAAAAYiAYlkuwIwAAAAstQy6ubaLX4KHWvLEZgBPE-6IkS1VkD_mGzNPgMJpT5efBpjVKVmunGXWi0q8H
多能干细胞,TeSR™-AOF：无动物源、cGMP的多能干细胞培养基,01:18,export/UzFfAgtgekIEAQAAAAAATOwVrsw0ygAAAAstQy6ubaLX4KHWvLEZgBPErqNwVjcIIYKBzNPgMJrqJOEFGXaGde4R4cvE47td
多能干细胞,iPSCdirect™：高质量的即用型iPSCs,00:34,export/UzFfAgtgekIEAQAAAAAArRI5XtmsWgAAAAstQy6ubaLX4KHWvLEZgBPE8qIQTQAWDPmGzNPgMJpz4KU-Tdmolew05YJhxEJ-
多能干细胞,如何使用mTeSR™ Plus无缝替换无饲养层培养基？,01:29,export/UzFfAgtgekIEAQAAAAAAjG4lkkMY0gAAAAstQy6ubaLX4KHWvLEZgBPEzaJcWlxgA_mGzNPgMJpaIQCtnvRlsVdxm2MhqUHJ
多能干细胞,如何在mTeSR™ Plus中包被人多能干细胞（hPSC）培养板？,5:20,export/UzFfAgtgekIEAQAAAAAAYwAGfJoFnQAAAAstQy6ubaLX4KHWvLEZgBPEk6JUQB4mS-KEzNPgMJqW_GVwpxFjpnI-kNOIObKl
多能干细胞,为您的hPSC选择合适的培养基,3:08,export/UzFfAgtgekIEAQAAAAAA2uktJb5VlAAAAAstQy6ubaLX4KHWvLEZgBPE8KIIcxcQYvqEzNPgMJqt1Hav7ORRhGhpEEG1yZx8
多能干细胞,如何在TeSR™-E7™重编程培养基中收获重编程的iPSC集落？,1:31,export/UzFfAgtgekIEAQAAAAAAW9QjShvJMQAAAAstQy6ubaLX4KHWvLEZgBPEkKIMJ19fJcWEzNPgMJolh-ujoG4sXXeIPbIipRQB
多能干细胞,ISSCR标准的实际应用：细胞系生成和类器官创新的进展,24:24,export/UzFfAgtgekIEAQAAAAAA8MIL6I8KPAAAAAstQy6ubaLX4KHWvLEZgBPE7aN4ewUVQbmKzNPgMJq0q62WvJHPMi2vMG9adENO
多能干细胞,使用ReLeSR™传代试剂进行多能干细胞传代时的拍打技巧,01:16,export/UzFfAgtgekIEAQAAAAAAZcYRlovvXwAAAAstQy6ubaLX4KHWvLEZgBPEiqcQUCQ1K-OPzNPgMJpBA4Wfp_NcNtPokTOm8CjS
多能干细胞,在PBS-MINI生物反应器中对100 mL hPSC悬浮培养物进行补料,06:08,export/UzFfAgtgekIEAQAAAAAA2vEQA_aJCAAAAAstQy6ubaLX4KHWvLEZgBPEmaNgFXEBcbiPzNPgMJr_5dlB6fu7U0gEXaf_-Kh9
间充质细胞,MesenCult™-用于间充质干祖细胞的分选、培养和分化,1:44,export/UzFfAgtgekIEAQAAAAAAQGwkuPFg8QAAAAstQy6ubaLX4KHWvLEZgBPEpaMUVUAcU4WEzNPgMJq1KrlFeLr2CGVWIrIGw5G5
造血细胞,STEMvision™-自动化和标准化CFU计数,04:36,export/UzFfAgtgekIEAQAAAAAANYQwjlK7pgAAAAstQy6ubaLX4KHWvLEZgBPE66IwAzIQFbSGzNPgMJpEWOlH83dWo6rJTICSeSzM
造血细胞,造血细胞集落的计数和鉴定,1:34,export/UzFfAgtgekIEAQAAAAAAR08pUvBo4wAAAAstQy6ubaLX4KHWvLEZgBPEjadQVwFdC_aLzNPgMJpdFXFrxWCwXOjPdn4oHB5p
神经科学,BrainPhys™-培养神经元的新方法,0:54,export/UzFfAgtgekIEAQAAAAAAN6wAblMGFQAAAAstQy6ubaLX4KHWvLEZgBPEzqJcPT9FMN-EzNPgMJoYKKdek2jrUtV87dGuH1IU
神经科学,NeuroCult™-神经干细胞扩增培养基,1:57,export/UzFfAgtgekIEAQAAAAAAKccPb5E8PAAAAAstQy6ubaLX4KHWvLEZgBPE76NYWBMLLq2KzNPgMJrVcWqADiQ_6-A-Pzgbu0B4
神经科学,NeuroCult™-神经集落形成细胞（NCFC）检测,2:40,export/UzFfAgtgekIEAQAAAAAA8F0Z4JlDeAAAAAstQy6ubaLX4KHWvLEZgBPEgaNoDyEiLq2KzNPgMJottNCyODSO3h5HleIyKX6U
类器官,如何培养小鼠肠道类器官,1:08,export/UzFfAgtgekIEAQAAAAAAJi4PsC_3JAAAAAstQy6ubaLX4KHWvLEZgBPE-aI8aBJTX8SEzNPgMJpe3tfhrATkmipovWeeXWNC
类器官,为什么使用IntestiCult™类器官生长培养基培养肠道类器官,3:19,export/UzFfAgtgekIEAQAAAAAARIgjXudObQAAAAstQy6ubaLX4KHWvLEZgBPE6qIsE2M_GJuGzNPgMJooXL5VNbKqKXj1OHmrjYZZ
类器官,如何计数小鼠类器官培养中的肠隐窝,01:09,export/UzFfAgtgekIEAQAAAAAAR3gNGdGCVAAAAAstQy6ubaLX4KHWvLEZgBPErKcYXxR6KeOPzNPgMJqIC0Ru6NCBu3myiQ2dw55x
类器官,如何在气液界面模拟人体呼吸道,2:13,export/UzFfAgtgekIEAQAAAAAATtkHx_U43QAAAAstQy6ubaLX4KHWvLEZgBPE46MATTU2SqmLzNPgMJrAJEm9cmCHZwi71Jgt2mfc
类器官,使用PneumaCult™-ALI培养基通过气液界面（ALI）培养支气管上皮细胞,2:00,export/UzFfAgtgekIEAQAAAAAAk04LH0xPfgAAAAstQy6ubaLX4KHWvLEZgBPE0KZYCXcobP6LzNPgMJru4Awp_-mZnP_LVj6J4DPr
类器官,气液界面培养形态与TEER值的关联,3:02,export/UzFfAgtgekIEAQAAAAAAIAgi6T6EewAAAAstQy6ubaLX4KHWvLEZgBPEgaM8fB8zEI-KzNPgMJod4asG-Co4zVSj1_czMGs9
3D细胞球,如何使用AggreWell™微孔板生成均匀、大小可控的3D细胞球,00:52,export/UzFfAgtgekIEAQAAAAAA5L42yFz9ZgAAAAstQy6ubaLX4KHWvLEZgBPE5qEUaFUIevqAzNPgMJoHykVexsBiE9Ni8aB-XOE_
3D细胞球,使用MammoCult™培养基培养乳腺细胞球和肿瘤细胞球,0:50,export/UzFfAgtgekIEAQAAAAAAMismvBLSewAAAAstQy6ubaLX4KHWvLEZgBPEkKJ8OXVmNt-EzNPgMJoahnU6Jl53s-3dQ7zGGdbO
3D细胞球,如何计数3D细胞球（乳腺细胞球、神经细胞球、肿瘤细胞球和PSC聚集体）,2:05,export/UzFfAgtgekIEAQAAAAAATN8PmK6r5QAAAAstQy6ubaLX4KHWvLEZgBPE16JIURgwUYWEzNPgMJqMRUfVVKwH61E0UlEmtb1j
3D细胞球,快速地规模化培养3D细胞,00:53,export/UzFfAgtgekIEAQAAAAAAszg0edNGsQAAAAstQy6ubaLX4KHWvLEZgBPEjKMUbh1xRrmKzNPgMJrfod_8_-vyVIzCu56Hw_gM
细胞系开发,为什么使用半固体培养基克隆杂交瘤和CHO细胞,3:38,export/UzFfAgtgekIEAQAAAAAAt78S7DW_SAAAAAstQy6ubaLX4KHWvLEZgBPE56J8LmAkG5uGzNPgMJpcb4iUU57Z8MMEzqKgqJi5
多能干细胞,如何安装和使用缺氧小室？,,export/UzFfAgtgekIEAQAAAAAAw1Q6k2VJDgAAAAstQy6ubaLX4KHWvLEZgBPE-aIUN3YMSeuFzNPgMJo7Q8mEP_JZieHnAH2lKhWx