当前为产品介绍模式：platid=,rootId=971227777887899648
产品数据：[{"lang":"cn","category_id":"971531078265212928","solution_id":"971224098220806144","product_name":"AltairCHO® 基础培养基","product_title":"适用于CHO-K1, CHOK1SV GS-KO, CHO-S, CHO-DXB11等细胞系","product_code":"C673017","cover_img":"/resource/image/2026/07/23/209beed699ca44b9b54f9458153a9f7e.png","image_list":"[{\"src\":\"/resource/image/2026/07/23/410a4ca90d9d462ba24f8385a20d18df.png\",\"order\":2,\"previewId\":\"preview-1784784929067_89-1\",\"title\":\"AltairCHO _2_\"},{\"src\":\"/resource/image/2026/07/23/202a702b737a4c94a1f9cc58be146a3a.png\",\"order\":3,\"previewId\":\"preview-1784784929067_89-2\",\"title\":\"AltairCHO _3_\"},{\"src\":\"/resource/image/2026/07/23/f1753ede47544525ad0c40a2c19c01b4.png\",\"order\":1,\"previewId\":\"preview-1784784929067_89-0\",\"title\":\"AltairCHO _1_\"}]","description":"AltairCHO® 是完全化学成分确定（Chemically defined）基础培养基，不含水解物、蛋白、生长因子及任何动物来源的成分，适合于不同亚型中国仓鼠卵巢细胞（CHO-K1、CHO DG44 和 CHO-S细胞）的高密度悬浮培养，可实现重组蛋白和抗体的高水平表达。AltairCHO® 基础培养基与全新一代高性能补料DenebCHO Feed 或 SagiCHO® Feed 联用，可支持细胞高密度生长及活率维持，实现更高水平的蛋白/抗体表达和质量。","details":" <div>基础培养基，常用于CHO-K1, CHOK1SV GS-KO, CHO-S, CHO-DXB11等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</div>","cells_list":"CHO-K1,CHO-S,CHOK1SV GS-KO,CHO-DXB11","related_ids":"995368921118806018,995365015877849090,995372002682343424,995612978038444032","create_time":"1778245557","order_by":1,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"972967619931934720"},{"lang":"cn","category_id":"0","solution_id":"0","product_name":"AltairCHO DPM","product_title":"","product_code":"C670226","cover_img":"/resource/image/2026/06/04/3c0ef09e65d149f6be2e59e25eb4c643.png","image_list":"[{\"src\":\"/resource/image/2026/06/04/b04070a5c9294d6f8ab77a566efb9cdc.png\",\"order\":1,\"previewId\":\"preview-1780537878423_15-0\",\"title\":\"FdA5MW7P3FzogPHwBsW\"}]","description":"","details":" <div class=\"all_tit\">应用范围</div>\n\n <div class=\"cont mt30\">\n 基础培养基，常用于CHO-K1, CHOK1SV GS-KO, CHO-S, CHO-DXB11, Horizon CHO-GS等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。\n </div>","cells_list":"CHOZN,CHO-K1,CHO-S","related_ids":null,"create_time":"1780538042","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"982582996546621440"},{"lang":"cn","category_id":"971531078265212928","solution_id":"971224098220806144","product_name":"VegaCHO® 基础培养基","product_title":"适用于CHO-DG44等细胞系","product_code":"P121662","cover_img":"/resource/image/2026/07/04/448201d704104ee1afa684023fd764bf.png","image_list":"[{\"src\":\"/resource/image/2026/07/04/bcb4c6c2c10b46eaa4263ef5df8438cb.png\",\"order\":1,\"previewId\":\"preview-1783149981162_22-0\",\"title\":\"VegaCHO Medium\"},{\"src\":\"/resource/image/2026/07/04/093d62e9244d40efad231de76aedd675.png\",\"order\":1,\"previewId\":\"preview-1783149981162_22-1\",\"title\":\"VegaCHO Feed\"},{\"src\":\"/resource/image/2026/07/09/0376337684014ad4a816d5a53f99b17b.png\",\"order\":1,\"previewId\":\"preview-1783559963629_51-0\",\"title\":\"VegaCHO Feed DPM\"},{\"src\":\"/resource/image/2026/07/09/8719529df67d4b31ab87d60425bf8d87.png\",\"order\":1,\"previewId\":\"preview-1783559963629_51-1\",\"title\":\"VegaCHO DPM\"}]","description":"VegaCHO是完全化学成分确定(Chemically defined)基础培养基，不含水解物、蛋白及任何动物来源的成分，适合于不同亚型中国仓鼠卵巢细胞(CHO DG44等细胞)高密度悬浮培养，可实现重组蛋自和单克隆抗体的高水平表达。VegaCHO基础培养基与高性能补料 HelixCHO Feed或VectorCHO Feed联用，可支持细胞高密度生长及活率维持，实现更高水平的蛋白/抗体表达和质量。","details":" <div>基础培养基，常用于CHO-DG44等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</div>","cells_list":"CHO-DG44","related_ids":"995372554816327681,995372002682343424","create_time":"1780560219","order_by":2,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"982676014461095936"},{"lang":"cn","category_id":"1002208359362859010","solution_id":"971224412760051712","product_name":"CarpTrans转染试剂","product_title":"CarpTrans转染试剂","product_code":"1","cover_img":"/resource/image/2026/07/29/0cc9afe0e25a4621ba08e8caaa71f0ee.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/0cc9afe0e25a4621ba08e8caaa71f0ee.jpg\",\"order\":1,\"previewId\":\"0cc9afe0e25a4621ba08e8caaa71f0ee\",\"title\":\"0cc9afe0e25a4621ba08e8caaa71f0ee.jpg\"}]","description":"OPM提供科研级和GMP级的转染试剂，可帮助客户实现从工艺开发到GMP商业化生产的无缝衔接。本产品广泛应用于抗体、重组蛋白生产以及细胞与基因治疗领域(CGT)病毒载体的制备与生产。","details":"<p style=\"padding:5px 0;\">从研发到商业化的完整解决方案(科研级和GMP级)</p><p style=\"padding:5px 0;\">超高水平瞬时转染效率，支持重组蛋白/抗体的高水平瞬时表达</p><p style=\"padding:5px 0;\">可兼容HEK293、CHO等多种常规细胞</p><p style=\"padding:5px 0;\">适用于各类病毒AAV、AdV和LV等的高效生产</p><p style=\"padding:5px 0;\"><font color=\"#337ab7\"><br></font></p>","cells_list":"瞬时转染系统","related_ids":"1002214819954167809,1002218942736896000,1002216104849838082,1002212604254359554","create_time":"1780730015","order_by":1,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"983388191522295808"},{"lang":"cn","category_id":"971531078265212928","solution_id":"971224098220806144","product_name":"StarCHO® 基础培养基","product_title":"适用于CHOZN GS-/-等细胞系","product_code":"P225082","cover_img":"/resource/image/2026/07/04/bd5ac28a08d744178b0566194a4cee6a.png","image_list":"[{\"src\":\"/resource/image/2026/07/04/0604b048d6594b3db761a7953ffc2718.png\",\"order\":1,\"previewId\":\"preview-1783150187529_87-0\",\"title\":\"StarCHO Medium\"},{\"src\":\"/resource/image/2026/07/04/a2253f1a6c4d42c7bc842bf46a68326e.png\",\"order\":1,\"previewId\":\"preview-1783150187529_87-1\",\"title\":\"StarCHO Feed\"},{\"src\":\"/resource/image/2026/07/04/1062738ecd634d549be1e9465cf7ea5d.png\",\"order\":1,\"previewId\":\"preview-1783150187529_87-2\",\"title\":\"starCHO组合2\"},{\"src\":\"/resource/image/2026/07/04/2db50c8f1b1746f1ae555b65accd1627.png\",\"order\":1,\"previewId\":\"preview-1783150187529_87-3\",\"title\":\"starCHO组合1\"}]","description":"StarCHO 是专为 CHO 细胞设计开发的全新化学成分确定基础培养基，不含水解物、蛋白及任何动物来源，适用于常见中国仓鼠卵巢（CHO）细胞（CHOZN、CHO-K1、CHO DG44 、CHOS 等）的高密度悬浮培养，可实现重组蛋白的高水平表达。StarCHO 基础培养基与全新高性能补料 StarCHO Feed及超浓缩补料 CDFS36 联用，可实现更高水平的蛋白表达和质量。","details":" <div>基础培养基，常用于CHOZN GS-/-, CHOZN CHO K1, CHO-K1Q等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</div>","cells_list":"CHOZN GS-/-,CHOZN CHO K1,CHO-K1Q","related_ids":"","create_time":"1782969799","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"992782527087251456"},{"lang":"cn","category_id":"971531078265212928","solution_id":"971224098220806144","product_name":"SagiCHO® 基础培养基","product_title":"适用于CHO-K1, CHO-GS, CHO-S等细胞系","product_code":"P223301","cover_img":"/resource/image/2026/07/09/a4c85340001d447483175aa92ed642b0.png","image_list":"[{\"src\":\"/resource/image/2026/07/09/fb85e25d41b54e70b379b7c3d5191b35.png\",\"order\":1,\"previewId\":\"preview-1783560805575_41-0\",\"title\":\"Group 1321318279\"},{\"src\":\"/resource/image/2026/07/09/78c71da536ad484c84f3f65a5b1d2a17.png\",\"order\":1,\"previewId\":\"preview-1783560805575_41-1\",\"title\":\"SagiCHO DPM\"}]","description":"SagiCHO是化学成分确定（Chemically-defined）基础培养基，不含水解物、蛋白、生长因子及任何动物来源的成分，适合于不同亚型中国仓鼠卵巢细胞（CHO-K1、CHO DG44 和 CHO-S 细胞）的高密度悬浮培养，可实现重组蛋白和抗体的高水平表达。SagiCHO基础培养基与高性能补料及超浓缩补料联用，可支持细胞高密度生长及活率维持，实现更高水平的蛋白/抗体表达和质量。","details":" <div>基础培养基，常用于CHO-K1, CHOK1SV GS-KO, CHO-S, Horizon CHO-GS等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。<br></div>","cells_list":"CHO-K1,CHO-S,CHOK1SV GS-KO,Horizon CHO-GS","related_ids":"","create_time":"1782972602","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"992794280772767744"},{"lang":"cn","category_id":"971531078265212928","solution_id":"971224098220806144","product_name":"StarCHO® Plus 基础培养基","product_title":"适用于CHOZN GS-/-等细胞系","product_code":"P241678","cover_img":"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/10413af54d8140f7b5727a234f272930.png\",\"order\":1,\"previewId\":\"10413af54d8140f7b5727a234f272930\",\"title\":\"10413af54d8140f7b5727a234f272930.png\"},{\"src\":\"/resource/image/2026/07/29/16d42f5d51624572b7b0ea3eceb6c7ed.png\",\"order\":1,\"previewId\":\"preview-1785303862045_63-0\",\"title\":\"StarCHO DPM\"},{\"src\":\"/resource/image/2026/07/29/16d42f5d51624572b7b0ea3eceb6c7ed.png\",\"order\":1,\"previewId\":\"preview-1785303862045_63-0\",\"title\":\"StarCHO DPM\"}]","description":"基础培养基，常用于CHOZN GS-/-, CHO-K1Q等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。","details":" <div>基础培养基，常用于CHOZN GS-/-, CHO-K1Q等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</div>","cells_list":"CHOZN GS-/-,CHO-K1Q","related_ids":"","create_time":"1782976944","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"992812495519354881"},{"lang":"cn","category_id":"971531078265212928","solution_id":"971224098220806144","product_name":"HelixCHO® 基础培养基","product_title":"适用于CHOZN, CHO-K1等细胞系","product_code":"P254078","cover_img":"/resource/image/2026/07/29/0cc9afe0e25a4621ba08e8caaa71f0ee.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg\",\"order\":1,\"previewId\":\"preview-1785303922344_71-0\",\"title\":\"产品合照\"}]","description":"基础培养基，常用于CHOZN CHO K1, CHO-K1等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。","details":" <div>基础培养基，常用于CHOZN CHO K1, CHO-K1等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</div>","cells_list":"CHO-K1,CHOZN CHO K1","related_ids":"","create_time":"1782978487","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"992818965946306561"},{"lang":"cn","category_id":"971532032150605824","solution_id":"971224412760051712","product_name":"OPM-CHO CD08 Medium","product_title":"适用于CHO细胞系的生长和悬浮培养中的转染","product_code":"2","cover_img":"/resource/image/2026/07/29/0cc9afe0e25a4621ba08e8caaa71f0ee.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/0cc9afe0e25a4621ba08e8caaa71f0ee.jpg\",\"order\":1,\"previewId\":\"0cc9afe0e25a4621ba08e8caaa71f0ee\",\"title\":\"0cc9afe0e25a4621ba08e8caaa71f0ee.jpg\"}]","description":"OPM-CHO CD08 是化学成分确定（Chemically-defined）的细胞培养基，不含水解物，不含生长因子及任何动物来源的成分，专为中国仓鼠卵巢（CHO）细胞的生长和悬浮培养中的转染而开发。配制的培养基不含次黄嘌呤和胸腺嘧啶，可用于二氢叶酸还原酶（DHFR）扩增系统；不含 L-谷氨酰胺，可用于谷氨酰胺合成酶系统；不含酚红，可最大程度地减少酚红的类似雌激素的作用。该培养基与其配套的补料 OPM-CHO ProFeed 联用可提高蛋白质产量。","details":"<div>OPM-CHO CD08 可应用于高密度悬浮细胞扩增以及流加培养。该培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</div>","cells_list":"CHO-S","related_ids":"972967619931934720,983388191522295808,1002216104849838082,995337612195532802","create_time":"1782979422","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"992822888031588353"},{"lang":"cn","category_id":"971531078265212928","solution_id":"0","product_name":"OPM CHO AM系列产品","product_title":"化学成分确定培养基","product_code":"","cover_img":"/resource/image/2026/07/04/46151db39cfa4da19a4ab099f5b39789.png","image_list":"[{\"src\":\"/resource/image/2026/07/09/fb85e25d41b54e70b379b7c3d5191b35.png\",\"order\":1,\"previewId\":\"fb85e25d41b54e70b379b7c3d5191b35\",\"title\":\"fb85e25d41b54e70b379b7c3d5191b35.png\"},{\"src\":\"/resource/image/2026/07/09/a4c85340001d447483175aa92ed642b0.png\",\"order\":2,\"previewId\":\"a4c85340001d447483175aa92ed642b0\",\"title\":\"a4c85340001d447483175aa92ed642b0.png\"},{\"src\":\"/resource/image/2026/07/09/78c71da536ad484c84f3f65a5b1d2a17.png\",\"order\":3,\"previewId\":\"78c71da536ad484c84f3f65a5b1d2a17\",\"title\":\"78c71da536ad484c84f3f65a5b1d2a17.png\"},{\"src\":\"/resource/image/2026/07/09/ca78f78e2d884fbfbeb3482069f263ee.png\",\"order\":4,\"previewId\":\"ca78f78e2d884fbfbeb3482069f263ee\",\"title\":\"ca78f78e2d884fbfbeb3482069f263ee.png\"},{\"src\":\"/resource/image/2026/07/09/5cd6a1c7a4fb4c9790c7b2afd0213bf4.png\",\"order\":5,\"previewId\":\"5cd6a1c7a4fb4c9790c7b2afd0213bf4\",\"title\":\"5cd6a1c7a4fb4c9790c7b2afd0213bf4.png\"}]","description":"","details":"<p style=\"padding:5px 0;\">测试</p>","cells_list":"CHOZN,CHO-K1","related_ids":null,"create_time":"1783574707","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995319692132356098"},{"lang":"cn","category_id":"971531078265212928","solution_id":"971224098220806144","product_name":"OPM-CHO AM系列基础培养基","product_title":"化学成分确定培养基","product_code":"1","cover_img":"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg\",\"order\":1,\"previewId\":\"ecfd336faa014831a43da2e9abe25d47\",\"title\":\"ecfd336faa014831a43da2e9abe25d47.jpg\"}]","description":"基础培养基，常用于CHO-K1, CHOK1SV GS-KO, CHO-S, CHO-DXB11, Horizon CHO-GS等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。","details":"<p><span>基础培养基，常用于各种CHO细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</span></p>","cells_list":"","related_ids":"","create_time":"1783575760","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995324108260511746"},{"lang":"cn","category_id":"971531078265212928","solution_id":"971224098220806144","product_name":"OPM-CHO CD系列基础培养基","product_title":"化学成分确定培养基","product_code":"2","cover_img":"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg\",\"order\":1,\"previewId\":\"ecfd336faa014831a43da2e9abe25d47\",\"title\":\"ecfd336faa014831a43da2e9abe25d47.jpg\"}]","description":"CHO细胞是抗体和重组蛋白表达的重要平台，目前大多数治疗性抗体药物的生产都是通过CHO细胞大规模培养来实的。为了更好满足国内外生物制药公司对高品质CHO细胞培养基的迫切需求，奥浦迈针对不同类型的CHO细胞(CHO-K1、CHO-DG44、CHO-S和CHOZN等)开发出了多款基础培养基、补料培养基、超浓缩补料与添加剂。通过专业的设计和DoE优化，奥浦迈的化学成分确定培养基可以支持并最大程度地促进高密度悬浮培养中CHO细胞系的生长和蛋白抗体表达。","details":"<p style=\"padding:5px 0;\"><span style=\"text-align: justify;\">基础培养基，常用于CHO-K1, CHOK1SV GS-KO, CHO-S, CHO-DXB11, Horizon CHO-GS等细胞系的复苏、传代以及高密度流加培养。该基础培养基适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</span></p>","cells_list":"CHOZN,CHO-K1","related_ids":"","create_time":"1783578979","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995337612195532802"},{"lang":"cn","category_id":"971531224063414272","solution_id":"971224098220806144","product_name":"SagiCHO® Feed","product_title":"化学成分确定CHO细胞补料培养基","product_code":"P247217","cover_img":"/resource/image/2026/07/29/0cc9afe0e25a4621ba08e8caaa71f0ee.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/0cc9afe0e25a4621ba08e8caaa71f0ee.jpg\",\"order\":1,\"previewId\":\"0cc9afe0e25a4621ba08e8caaa71f0ee\",\"title\":\"0cc9afe0e25a4621ba08e8caaa71f0ee.jpg\"}]","description":"SagiCHO Feed 是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。","details":"<p style=\"padding:5px 0;\">我们基于对CHO细胞代谢途径的深入研究，推出了“星空系列”补料的两款新产品：DenebCHO Feed和SagiCHO Feed，该系列以恒星命名，寓意其作为细胞培养过程中关键、稳定的“支持点”。这两款补料并非迭代或组合关系，对CHO细胞培养具有一定的普适性，但又各有侧重，致力为用户提供更精准的选择。</p>","cells_list":"CHO-K1,CHO-DG44,CHO-S","related_ids":"","create_time":"1783585513","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995365015877849090"},{"lang":"cn","category_id":"971531224063414272","solution_id":"971224098220806144","product_name":"DenebCHO Feed","product_title":"化学成分确定CHO细胞补料培养基","product_code":"2","cover_img":"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg\",\"order\":1,\"previewId\":\"ecfd336faa014831a43da2e9abe25d47\",\"title\":\"ecfd336faa014831a43da2e9abe25d47.jpg\"}]","description":"在生物制药领域，CHO细胞系是单克隆抗体或其他重组蛋白生产的关键平台。然而，不同CHO亚型、克隆或工艺目标对营养的需求存在显著差异，使得开发普适性最优补料策略面临挑战。为满足工艺开发中对细胞培养性能（如活力维持与产物滴度）日益精细化的调控需求，针对性的补料方案变得至关重要。","details":"<p style=\"padding:5px 0;\">我们基于对CHO细胞代谢途径的深入研究，推出了“星空系列”补料的两款新产品：DenebCHO Feed和SagiCHO Feed，该系列以恒星命名，寓意其作为细胞培养过程中关键、稳定的“支持点”。这两款补料并非迭代或组合关系，对CHO细胞培养具有一定的普适性，但又各有侧重，致力为用户提供更精准的选择。</p>","cells_list":"","related_ids":"972967619931934720,982582996546621440,982676014461095936","create_time":"1783586444","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995368921118806018"},{"lang":"cn","category_id":"971531078265212928","solution_id":"971224098220806144","product_name":"FluxCHO 灌流培养基","product_title":"适用于CHOZN GS-/-细胞株的灌流培养","product_code":"1","cover_img":"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg\",\"order\":1,\"previewId\":\"ecfd336faa014831a43da2e9abe25d47\",\"title\":\"ecfd336faa014831a43da2e9abe25d47.jpg\"}]","description":"FluxCHO 灌流培养基是一款专为 CHO 细胞高密度灌流培养设计的化学成分限定灌流培养基。该培养基不含水解物、无动物源成分（AOF），且不含 L-谷氨酰胺。适用于CHOZN® GS-/-等细胞亚型的灌流培养，可在灌流条件下有效减少乳酸积累。","details":"<p style=\"padding:5px 0;\">FluxCHO 灌流培养基是一款专为 CHO 细胞高密度灌流培养设计的化学成分限定灌流培养基。该培养基不含水解物、无动物源成分（AOF），且不含 L-谷氨酰胺。适用于CHOZN® GS-/-等细胞亚型的灌流培养，可在灌流条件下有效减少乳酸积累。</p>","cells_list":"","related_ids":"995365015877849090,995371625354366978,995372554816327681","create_time":"1783586631","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995369705575288834"},{"lang":"cn","category_id":"971531224063414272","solution_id":"971224098220806144","product_name":"StarCHO™ Feed Plus","product_title":"化学成分确定 CHO 细胞补料培养基","product_code":"3","cover_img":"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/0cc9afe0e25a4621ba08e8caaa71f0ee.jpg\",\"order\":1,\"previewId\":\"0cc9afe0e25a4621ba08e8caaa71f0ee\",\"title\":\"0cc9afe0e25a4621ba08e8caaa71f0ee.jpg\"}]","description":"StarCHO™ Feed Plus 是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。","details":"<p style=\"padding:5px 0;\">StarCHO™ Feed Plus 是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。</p>","cells_list":"","related_ids":"","create_time":"1783587089","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995371625354366978"},{"lang":"cn","category_id":"971531224063414272","solution_id":"971224098220806144","product_name":"VectorCHO™ Feed","product_title":"化学成分确定 CHO 细胞补料培养基","product_code":"2","cover_img":"/resource/image/2026/07/09/a4c85340001d447483175aa92ed642b0.png","image_list":"[{\"src\":\"/resource/image/2026/07/09/a4c85340001d447483175aa92ed642b0.png\",\"order\":1,\"previewId\":\"a4c85340001d447483175aa92ed642b0\",\"title\":\"a4c85340001d447483175aa92ed642b0.png\"}]","description":"VectorCHO™ Feed 是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。","details":"VectorCHO™ Feed 是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。","cells_list":"","related_ids":"","create_time":"1783587179","order_by":5,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995372002682343424"},{"lang":"cn","category_id":"971531224063414272","solution_id":"971224098220806144","product_name":"HelixCHO Feed","product_title":"化学成分确定 CHO 细胞补料培养基","product_code":"3","cover_img":"/resource/image/2026/07/09/a4c85340001d447483175aa92ed642b0.png","image_list":"[{\"src\":\"/resource/image/2026/07/09/a4c85340001d447483175aa92ed642b0.png\",\"order\":1,\"previewId\":\"a4c85340001d447483175aa92ed642b0\",\"title\":\"a4c85340001d447483175aa92ed642b0.png\"}]","description":"HelixCHO Feed 是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。","details":"<p style=\"padding:5px 0;\">HelixCHO Feed 是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。</p>","cells_list":"","related_ids":"","create_time":"1783587310","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995372554816327681"},{"lang":"cn","category_id":"971531224063414272","solution_id":"971224098220806144","product_name":"AltairCHO® Feed Plus","product_title":"化学成分确定 CHO 细胞补料培养基","product_code":"4","cover_img":"/resource/image/2026/07/04/a2253f1a6c4d42c7bc842bf46a68326e.png","image_list":"[{\"src\":\"/resource/image/2026/07/09/a4c85340001d447483175aa92ed642b0.png\",\"order\":1,\"previewId\":\"a4c85340001d447483175aa92ed642b0\",\"title\":\"a4c85340001d447483175aa92ed642b0.png\"}]","description":"AltairCHO® Feed Plus是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。","details":"<p style=\"padding:5px 0;\">AltairCHO® Feed Plus是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。</p>","cells_list":"","related_ids":"972967619931934720,992782527087251456,982676014461095936","create_time":"1783587372","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995372813562941441"},{"lang":"cn","category_id":"971531224063414272","solution_id":"971224098220806144","product_name":"OPM-AF系列补料","product_title":"化学成分确定 CHO 细胞补料培养基","product_code":"5","cover_img":"/resource/image/2026/08/19/530a0da483d848e1b1f94980cb71738b.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/530a0da483d848e1b1f94980cb71738b.jpg\",\"order\":1,\"previewId\":\"530a0da483d848e1b1f94980cb71738b\",\"title\":\"530a0da483d848e1b1f94980cb71738b.jpg\"}]","description":"OPM-AF系列补料是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。","details":"<p style=\"padding:5px 0;\">OPM-AF系列补料是一款无血清、无蛋白的补料培养基，不含生长因子及任何动物来源的成分，是专门针对中国仓鼠卵巢细胞（CHO）培养开发的一款补料培养基，可维持 CHO 细胞高密度高活率生长，与奥浦迈高性能基础培养基和超浓缩补料联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。</p>","cells_list":"","related_ids":"972967619931934720,982676014461095936,992818965946306561","create_time":"1783587430","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995373055431675905"},{"lang":"cn","category_id":"971531224063414272","solution_id":"971224098220806144","product_name":"CDFS12","product_title":"化学成分确定 CHO 细胞补料培养基","product_code":"6","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/530a0da483d848e1b1f94980cb71738b.jpg\",\"order\":1,\"previewId\":\"530a0da483d848e1b1f94980cb71738b\",\"title\":\"530a0da483d848e1b1f94980cb71738b.jpg\"}]","description":"完全化学成分确定（Chemically defined）的超浓缩补料培养基，不含水解物及任何动物来源的成分，不含 L-谷氨酰胺, 不含葡萄糖，与奥浦迈高性能基础培养基和补料培养基联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。","details":"<p style=\"text-align: justify; padding: 5px 0px;\"><font color=\"#666666\" face=\"Noto Sans SC\"><span style=\"font-size: 12px;\">CDFS12 </span></font><span style=\"color: rgb(102, 102, 102); font-family: "Noto Sans SC"; font-size: 12px; text-align: justify; background-color: rgba(255, 255, 255, 0.47);\">是一款</span><font color=\"#666666\" face=\"Noto Sans SC\"><span style=\"font-size: 12px;\">完全化学成分确定（Chemically defined）的超浓缩补料培养基，不含水解物及任何动物来源的成分，不含 L-谷氨酰胺, 不含葡萄糖，与奥浦迈高性能基础培养基和补料培养基联用能实现 CHO 细胞更高水平的蛋白/抗体表达和质量。</span></font></p>","cells_list":"","related_ids":"972967619931934720,982676014461095936,992782527087251456","create_time":"1783587545","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"995373538917486593"},{"lang":"cn","category_id":"971531224063414272","solution_id":"971224098220806144","product_name":"CDFS36","product_title":"化学成分确定 CHO 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适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使\n用。</p>","cells_list":"MDCK","related_ids":"","create_time":"1784791223","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1000422130191437824"},{"lang":"cn","category_id":"983356349444263936","solution_id":"971227777887899648","product_name":"StarMDCK™","product_title":"适用于 MDCK 细胞无血清无微载体悬浮培养和禽流感等流感疫苗的生产","product_code":"3","cover_img":"/resource/image/2026/08/19/540291cd66a14931b61d9c285249f7c8.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/abace861185f4614a5719c6b73370724.jpg\",\"order\":1,\"previewId\":\"preview-1787106505366_73-0\",\"title\":\"StarMDCK DPM\"},{\"src\":\"/resource/image/2026/08/19/3374b5a3ba3246b6a09234bc5da78965.jpg\",\"order\":2,\"previewId\":\"preview-1787106505366_73-1\",\"title\":\"StarMDCK Medium\"}]","description":"StarMDCK™是专门针对 MDCK 细胞开发的设计开发的无血清培养基，适用于 MDCK 细胞无血清悬浮培养和禽流感等流感疫苗的生产。\n","details":"<p style=\"padding:5px 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适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"MDBK","related_ids":null,"create_time":"1784791768","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1000424414984015874"},{"lang":"cn","category_id":"971532321712771072","solution_id":"971227777887899648","product_name":"OPM-AM593","product_title":"适用于ST细胞的悬浮培养","product_code":"1","cover_img":"/resource/image/2026/07/23/d91388a8abc441a8a53d6786672c567a.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/23/322140f8933047c293e9df92c2ee1be8.jpg\",\"order\":1,\"previewId\":\"preview-1784792133177_13-0\",\"title\":\"StarVero Medium\"}]","description":"OPM-STLSM03是专门针对ST猪睾丸细胞开发的设计开发的低血清培养基，适用于ST细胞悬浮培养和猪瘟(CSF)、猪传染性胃肠炎(TGE)等疫苗的生产。OPM-STLSMO3含有L-Glutamine，一般无需额外添加。","details":"<p style=\"padding:5px 0;\">应用范围</p><p style=\"padding:5px 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适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"BHK21","related_ids":null,"create_time":"1784793111","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1000430049779781634"},{"lang":"cn","category_id":"971532438478000128","solution_id":"971227777887899648","product_name":"OPM-AM780","product_title":"适用于 LMH 鸡肝癌细胞生长的无血清培养基","product_code":"1","cover_img":"/resource/image/2026/07/23/05033254a4614e92a1b4e8234f97d4b8.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/23/05033254a4614e92a1b4e8234f97d4b8.jpg\",\"order\":1,\"previewId\":\"05033254a4614e92a1b4e8234f97d4b8\",\"title\":\"05033254a4614e92a1b4e8234f97d4b8.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。 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Plus","product_title":"适用于CHO-S等细胞系的复苏、传代及瞬时转染制备重组蛋白","product_code":"1","cover_img":"/resource/image/2026/07/28/8cdd5ace609b456fbab851d3d83ae6e1.png","image_list":"[{\"src\":\"/resource/image/2026/07/28/8cdd5ace609b456fbab851d3d83ae6e1.png\",\"order\":1,\"previewId\":\"preview-1785218661859_23-0\",\"title\":\"1\"}]","description":"","details":"<ul><li>1. 适用于CHO-S细胞的高密度瞬转表达<br><p>2. 转染后6-8天达到克级蛋白滴度峰值<br>3. 单个细胞产率（Qp）较CHO-K1细胞瞬时转染提高约40%，达到E**iCHO表达系统3倍以上，取得CHO单克隆稳转细胞株Qp水平<br>4. 采用专研Flashfection<span style=\"vertical-align: super; font-size: 8px;\">TM</span>极简转染工艺，省时，减小实验误差<br>5. 在微型至摇瓶生物反应器中稳定放大</p><p></p>\n</li></ul>","cells_list":"CHO-K1,CHO-S","related_ids":"","create_time":"1785218940","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1002216104849838082"},{"lang":"cn","category_id":"1002208258259161088","solution_id":"971224412760051712","product_name":"SF Vir","product_title":"适用于昆虫细胞（Sf-9、Sf-21、HighFive）的复苏传代","product_code":"1","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">适用于昆虫细胞（Sf-9、Sf-21、HighFive）的复苏、传代，并试用 Bac-to-Bac、BacMam 杆状病毒表达系统进行杆状病毒及重组蛋白的大规模表达与生产。</p>","cells_list":"","related_ids":"","create_time":"1785219092","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1002216744992903170"},{"lang":"cn","category_id":"1002208258259161088","solution_id":"971224412760051712","product_name":"Harvest™ sf9 表达系统","product_title":"适用于昆虫细胞（Sf-9、Sf-21、HighFive）的复苏传代","product_code":"2","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">适用于昆虫细胞（Sf-9、Sf-21、HighFive）的复苏、传代，并试用 Bac-to-Bac、BacMam 杆状病毒表达系统进行杆状病毒及重组蛋白的大规模表达与生产。</p>","cells_list":"","related_ids":"","create_time":"1785219545","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1002218645658537985"},{"lang":"cn","category_id":"1002208359362859010","solution_id":"971224412760051712","product_name":"OPM-TR01转染试剂","product_title":"阳离子聚合物转染试剂","product_code":"2","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">阳离子聚合物转染试剂，广泛应用于各常见细胞系（如Expi293，ExpiCHO-S，HEK293T等）抗体、重组蛋白的高效瞬转表达，及基因与细胞治疗领域腺相关病毒（AAV）、腺病毒（AdV）、慢病毒（LV）等病毒的生产。</p>","cells_list":"","related_ids":"","create_time":"1785219616","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1002218942736896000"},{"lang":"cn","category_id":"1002208359362859010","solution_id":"971224412760051712","product_name":"CodTrans™ Transfection Reagent","product_title":"适用于CHO细胞系抗体、重组蛋白的高效瞬转表达","product_code":"3","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">新一代转染试剂，适用于CHO细胞系抗体、重组蛋白的高效瞬转表达。</p>","cells_list":"","related_ids":"1002218942736896000,1002219405536399361,1002216104849838082","create_time":"1785219671","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1002219173637525505"},{"lang":"cn","category_id":"1002208359362859010","solution_id":"971224412760051712","product_name":"EelTrans Transfection Kit","product_title":"阳离子脂质体转染试剂","product_code":"4","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">阳离子脂质体转染试剂，适用于各类细胞包括难转染细胞的质粒转染、多质粒共转染、RNA转染及递送。</p>","cells_list":"","related_ids":"","create_time":"1785219727","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1002219405536399361"},{"lang":"cn","category_id":"1002208359362859010","solution_id":"971224412760051712","product_name":"NemoTrans™ Transfection Reagent","product_title":"可高效转染多种细胞，包括原代及难转染细胞","product_code":"5","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">NemoTrans™ 可高效转染多种细胞，包括原代及难转染细胞，毒性低于PEI和脂质体，操作简便且兼容血清，并能大幅提升293细胞的慢病毒产量。</p>","cells_list":"","related_ids":"","create_time":"1785219807","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1002219742049603586"},{"lang":"cn","category_id":"1002208425607696384","solution_id":"971224412760051712","product_name":"Lenti-A","product_title":"基础培养基，适用于293贴壁体系慢病毒(Lentivirus, LV)","product_code":"1","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">为293贴壁体系慢病毒（Lentivirus，LV）生产提供完整解决方案。</p>","cells_list":"","related_ids":"","create_time":"1785219896","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1002220118047985664"},{"lang":"cn","category_id":"1002208425607696384","solution_id":"971224412760051712","product_name":"Vir-Pack™ Lentivirus-A System","product_title":"为293贴壁体系慢病毒（Lentivirus，LV）生产提供完整解决方案","product_code":"2","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">为293贴壁体系慢病毒（Lentivirus，LV）生产提供完整解决方案。</p>","cells_list":"","related_ids":"","create_time":"1785219937","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1002220287346872321"},{"lang":"cn","category_id":"971531377549774848","solution_id":"971224098220806144","product_name":"CDFS05","product_title":"添加剂，增加唾液酸水平","product_code":"2","cover_img":"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg\",\"order\":1,\"previewId\":\"ecfd336faa014831a43da2e9abe25d47\",\"title\":\"ecfd336faa014831a43da2e9abe25d47.jpg\"}]","description":"CDFS05 是一种化学成分确定的补料培养基，可用于增加培养体系中的唾液酸水平，提高 CHO 细胞培 养中重组蛋白/抗体的质量。CDFS05 通常和 OPM-GAL+V2 联合使用。","details":"<p style=\"padding:5px 0;\">CDFS05 是一种化学成分确定的补料培养基，可用于增加培养体系中的唾液酸水平，提高 CHO 细胞培养中重组蛋白/抗体的质量。CDFS05 通常和 OPM-GAL+V2 联合使用。</p><p style=\"padding:5px 0;\">CDFS05 适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"","related_ids":"972967619931934720,992782527087251456","create_time":"1785746232","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1004427730638344192"},{"lang":"cn","category_id":"971531377549774848","solution_id":"971224098220806144","product_name":"OPM-CHO CDF11","product_title":"用于调节半乳糖基化水平","product_code":"3","cover_img":"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg\",\"order\":1,\"previewId\":\"ecfd336faa014831a43da2e9abe25d47\",\"title\":\"ecfd336faa014831a43da2e9abe25d47.jpg\"}]","description":"OPM-CHO CDF11 是一种化学成分确定的糖型调节剂，主要目的是用于 CHO 作为宿主细胞生产单克隆抗体或者融合蛋白类药物时调节半乳糖基化水平。","details":"<p style=\"padding:5px 0;\">OPM-CHO CDF11 是一种化学成分确定的糖型调节剂，主要目的是用于 CHO 作为宿主细胞生产单克隆抗\n体或者融合蛋白类药物时调节半乳糖基化水平。</p><p style=\"padding:5px 0;\">OPM-CHO CDF11 既适用于科研应用，也适用于大规模生物药生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"","related_ids":"972967619931934720,995365015877849090","create_time":"1785746568","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1004429136602599424"},{"lang":"cn","category_id":"971531377549774848","solution_id":"971224098220806144","product_name":"OPM-GAL+V2","product_title":"用于调节半乳糖基化水平","product_code":"4","cover_img":"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg","image_list":"[{\"src\":\"/resource/image/2026/07/29/ecfd336faa014831a43da2e9abe25d47.jpg\",\"order\":1,\"previewId\":\"ecfd336faa014831a43da2e9abe25d47\",\"title\":\"ecfd336faa014831a43da2e9abe25d47.jpg\"}]","description":"OPM-GAL+V2是一种化学成分确定的糖型调节剂，主要目的是用于CHO作为宿主细胞生产单克隆抗体或者融合蛋白类药物时调节药物的半乳糖基化水平，也可以辅助调节唾液酸。","details":"<p style=\"padding:5px 0;\">OPM-GAL+V2是一种化学成分确定的糖型调节剂，主要目的是用于CHO作为宿主细胞生产单克隆抗体或者融合蛋白类药物时调节药物的半乳糖基化水平，也可以辅助调节唾液酸。</p><p style=\"padding:5px 0;\">OPM-GAL+V2适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"","related_ids":"","create_time":"1785747624","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1004433565850537985"},{"lang":"cn","category_id":"983356412719534080","solution_id":"971227777887899648","product_name":"OPM-VERO SFM6C3","product_title":"用于Vero细胞贴壁培养","product_code":"2","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">OPM-VERO SFM6C3 是专门针对 Vero 细胞设计开发的无血清培养基，适用于 Vero 细胞贴壁培养和狂犬病疫苗、溶瘤病毒等病毒产品的生产。</p><p style=\"padding:5px 0;\">OPM-VERO SFM6C3 含有 L-Glutamine, 一般无需额外添\n加。OPM-VERO SFM6C3 适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。 </p>","cells_list":"Vero","related_ids":"1000682453540540416","create_time":"1787108792","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010142721626607618"},{"lang":"cn","category_id":"983356586900590593","solution_id":"971227777887899648","product_name":"OPM-PK15 SFM1","product_title":"适用于PK15细胞悬浮培养","product_code":"1","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\">OPM-PK15 SFM1 是专门针对 PK15 细胞开发的设计开发的无血清培养基，适用于 PK15 细胞悬浮培养\n和猪瘟（CSF)、猪传染性胃肠炎（TGE）等疫苗的生产。OPM-PK15 SFM1 含有 L-Glutamine, 一般无需额外\n添加。OPM-PK15 SFM1适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"PK15","related_ids":"1000423223269003266,1000434855839797249","create_time":"1787110125","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010148310192754688"},{"lang":"cn","category_id":"1010149554038771712","solution_id":"971227943588073472","product_name":"HybriSFM-P1B","product_title":"专门针对高密度杂交瘤细胞生长开发的培养基","product_code":"1","cover_img":"/resource/image/2026/08/19/91f1072322254b4c84c73a1aa03b27aa.png","image_list":"[{\"src\":\"/resource/image/2026/08/19/91f1072322254b4c84c73a1aa03b27aa.png\",\"order\":1,\"previewId\":\"91f1072322254b4c84c73a1aa03b27aa\",\"title\":\"91f1072322254b4c84c73a1aa03b27aa.png\"}]","description":"HybriSFM-P1B 是无血清、含低浓度蛋白、专门针对高密度杂交瘤细胞生长开发的培养基，适用于不同杂交瘤细胞高密度悬浮培养和蛋白抗体表达。","details":"<p style=\"padding:5px 0;\">HybriSFM-P1B 是无血清、含低浓度蛋白、专门针对高密度杂交瘤细胞生长开发的培养基，适用于不同杂交\n瘤细胞高密度悬浮培养和蛋白抗体表达。</p><p style=\"padding:5px 0;\"> HybriSFM-P1B 适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"","related_ids":"","create_time":"1787110687","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010150666535964672"},{"lang":"cn","category_id":"1010149554038771712","solution_id":"971227943588073472","product_name":"OPM-AM328","product_title":"专门针对高密度杂交瘤细胞生长开发的培养基","product_code":"2","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"OPM-AM328 是无血清、含低浓度蛋白、专门针对高密度杂交瘤细胞生长开发的培养基，适用于不同杂交 瘤细胞高密度悬浮培养和蛋白抗体表达。","details":"<p style=\"padding: 5px 0px;\">OPM-AM328 是无血清、含低浓度蛋白、专门针对高密度杂交瘤细胞生长开发的培养基，适用于不同杂交 瘤细胞高密度悬浮培养和蛋白抗体表达。</p><p style=\"padding: 5px 0px;\">OPM-AM328 适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"","related_ids":"1010150666535964672","create_time":"1787112558","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010158514204577794"},{"lang":"cn","category_id":"1010149554038771712","solution_id":"971227943588073472","product_name":"OPM-AM849","product_title":"专门针对高密度杂交瘤细胞生长开发的培养基","product_code":"3","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"OPM-AM849 是无血清、含低浓度蛋白、专门针对高密度杂交瘤细胞生长开发的培养基，适用于不同杂交 瘤细胞高密度悬浮培养和蛋白抗体表达。","details":"<p style=\"padding: 5px 0px;\">OPM-AM849 是无血清、含低浓度蛋白、专门针对高密度杂交瘤细胞生长开发的培养基，适用于不同杂交 瘤细胞高密度悬浮培养和蛋白抗体表达。</p><p style=\"padding: 5px 0px;\">OPM-AM849 适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"","related_ids":"1010150666535964672,1010158514204577794","create_time":"1787112719","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010159189810483200"},{"lang":"cn","category_id":"1010149656841162754","solution_id":"971227943588073472","product_name":"OPM-AF166","product_title":"专门针对高密度杂交瘤细胞生长开发的培养基补料","product_code":"1","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\"><br></p>","cells_list":"","related_ids":"1010150666535964672,1010158514204577794,1010159189810483200","create_time":"1787112917","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010160021285113856"},{"lang":"cn","category_id":"983361295380123650","solution_id":"971228239991148544","product_name":"DMEM基础培养基","product_title":"用于贴壁细胞的基础培养基","product_code":"1","cover_img":"/resource/image/2026/08/19/aec9080c40524648987d6db0f04e85a8.png","image_list":"[{\"src\":\"/resource/image/2026/08/19/aec9080c40524648987d6db0f04e85a8.png\",\"order\":1,\"previewId\":\"aec9080c40524648987d6db0f04e85a8\",\"title\":\"aec9080c40524648987d6db0f04e85a8.png\"}]","description":"贴壁细胞培养基——用于生物制药研发及生产\nDMEM(Dulbecco's Modified Eagle Medium，杜氏改良 Eagle培养基)是一种成分明确的高糖型基础培养基，含有4.5g儿葡萄糖和L-谷氨酰胺，不含丙酮酸钠，可用于支持生长快、粘附性低的贴壁细胞生长。DMEM不含蛋白质、脂类或任何生长因子，因此需搭配血清使用。","details":"<p style=\"padding:5px 0;\">贴壁细胞培养基——用于生物制药研发及生产，DMEM(Dulbecco's Modified Eagle Medium，杜氏改良 Eagle培养基)是一种成分明确的高糖型基础培养基，含有4.5g儿葡萄糖和L-谷氨酰胺，不含丙酮酸钠，可用于支持生长快、粘附性低的贴壁细胞生长。DMEM不含蛋白质、脂类或任何生长因子，因此需搭配血清使用。</p><p style=\"padding:5px 0;\">DMEM适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"","related_ids":"","create_time":"1787113236","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010161360627044354"},{"lang":"cn","category_id":"983361295380123650","solution_id":"971228239991148544","product_name":"DMEM/F12","product_title":"用于生物制药研发及生产","product_code":"2","cover_img":"/resource/image/2026/08/19/53ca4e82e57549c5bf2ad1cce4865356.png","image_list":"[{\"src\":\"/resource/image/2026/08/19/aec9080c40524648987d6db0f04e85a8.png\",\"order\":1,\"previewId\":\"aec9080c40524648987d6db0f04e85a8\",\"title\":\"aec9080c40524648987d6db0f04e85a8.png\"}]","description":"DMEM/F12 培养基由 DMEM 与 Ham's F12 培养基以 1：1 比例混合形成，含有多种微量元素，广泛应用于\nMDCK、神经胶质细胞、成纤维细胞、人内皮细胞及大鼠成纤维细胞等哺乳动物细胞的培养。 ","details":"<p style=\"padding:5px 0;\">DMEM/F12 培养基由 DMEM 与 Ham's F12 培养基以 1：1 比例混合形成，含有多种微量元素，广泛应用于\nMDCK、神经胶质细胞、成纤维细胞、人内皮细胞及大鼠成纤维细胞等哺乳动物细胞的培养。 </p><p style=\"padding:5px 0;\">DMEM/F12 适用于科研和基于细胞培养的大规模生物制品的生产，但不可直接用于人体或作为药物使用。</p>","cells_list":"","related_ids":"1010161360627044354","create_time":"1787113426","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010162158392053760"},{"lang":"cn","category_id":"983361295380123650","solution_id":"971228239991148544","product_name":"RPMI 1640","product_title":"用于生物制药研发及生产","product_code":"3","cover_img":"/resource/image/2026/08/19/c2123f6a95a74c43ae85c4095814be66.png","image_list":"[{\"src\":\"/resource/image/2026/08/19/c2123f6a95a74c43ae85c4095814be66.png\",\"order\":1,\"previewId\":\"c2123f6a95a74c43ae85c4095814be66\",\"title\":\"c2123f6a95a74c43ae85c4095814be66.png\"}]","description":"","details":"<p style=\"padding:5px 0;\"><br></p>","cells_list":"","related_ids":"1010161360627044354,1010162158392053760","create_time":"1787113573","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010162774090715136"},{"lang":"cn","category_id":"983361295380123650","solution_id":"971228239991148544","product_name":"MEM经典培养基","product_title":"适用于各类哺乳动物细胞系","product_code":"1","cover_img":"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg","image_list":"[{\"src\":\"/resource/image/2026/08/19/fba672c1ebb742c7835af8bb7159efdb.jpg\",\"order\":1,\"previewId\":\"fba672c1ebb742c7835af8bb7159efdb\",\"title\":\"fba672c1ebb742c7835af8bb7159efdb.jpg\"}]","description":"","details":"<p style=\"padding:5px 0;\"><br></p>","cells_list":"","related_ids":"1010161360627044354,1010162158392053760,1010162774090715136","create_time":"1787116611","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010175517032189954"},{"lang":"cn","category_id":"1010180527119929344","solution_id":"971228387077001216","product_name":"MSC-Gro Kit (XF)","product_title":"适用于人间充质基质细胞的培养","product_code":"1","cover_img":"/resource/image/2026/08/19/7e0801e2c0944f519e8b12d53986e53d.png","image_list":"[{\"src\":\"/resource/image/2026/08/19/7e0801e2c0944f519e8b12d53986e53d.png\",\"order\":1,\"previewId\":\"7e0801e2c0944f519e8b12d53986e53d\",\"title\":\"7e0801e2c0944f519e8b12d53986e53d.png\"}]","description":"MSC-Gro Kit (XF) 是一种专为体外培养人间充质基质细胞 (human Mesenchymal Stromal Cells, hMSCs) 设计的无血清、无异种成分培养基，以突破性配方支持hMSCs长期稳定扩增，全程维持细胞“年轻化”特性。适用于脐带、骨髓、脂肪等来源的人间充质基质细胞的原代培养及扩增。","details":"<p style=\"padding:5px 0;\">MSC-Gro Kit (XF) 是一种专为体外培养人间充质基质细胞 (human Mesenchymal Stromal Cells, hMSCs) 设计的无血清、无异种成分培养基，以突破性配方支持hMSCs长期稳定扩增，全程维持细胞“年轻化”特性。适用于脐带、骨髓、脂肪等来源的人间充质基质细胞的原代培养及扩增。</p>","cells_list":"","related_ids":"","create_time":"1787117952","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010181141946175488"},{"lang":"cn","category_id":"1010180527119929344","solution_id":"971228387077001216","product_name":"NK-Gro Kit (SF)","product_title":"适用于NK细胞系的培养","product_code":"2","cover_img":"/resource/image/2026/08/19/cf441cb23353441b87907856d804cbad.png","image_list":"[{\"src\":\"/resource/image/2026/08/19/cf441cb23353441b87907856d804cbad.png\",\"order\":1,\"previewId\":\"cf441cb23353441b87907856d804cbad\",\"title\":\"cf441cb23353441b87907856d804cbad.png\"}]","description":"NK-Gro Kit (SF) 可直接用于维持NK细胞系在体外良好的生长状态及细胞杀伤功能。","details":"<p style=\"padding:5px 0;\">· NK-Gro Medium (SF)： 无血清基础培养基。</p><p style=\"padding:5px 0;\">· Human IL-2： 重组表达，纯度＞98%，内毒素＜0.01 EU/mg，维持NK细胞系增殖。</p><p style=\"padding:5px 0;\">· NK-Gro Kit (SF) 可直接用于维持NK细胞系在体外良好的生长状态及细胞杀伤功能。</p>","cells_list":"","related_ids":"","create_time":"1787118268","order_by":0,"is_online":1,"is_delete":0,"category_name":null,"solution_name":null,"Id":"1010182467128135680"}]
