产品
编 号：F166967
分子式：C24H28N6O
分子量：416.52
分子式：C24H28N6O
分子量：416.52
产品类型
规格
价格
是否有货
1mg
询价
询价
5mg
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10mg
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询价
50mg
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100mg
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结构图
CAS No: 1449598-06-4
产品详情
生物活性：
RG7800 is a SMN2 splicing modifier. RG7800 has the potential for spinal muscular atrophy treatment.
体内研究：
RG7800 shows favorable drug metabolism and pharmacokinetic profile in the rat and in cynomolgus monkey with good oral bioavailability. In SMA mouse model, treatment of RG7800 shows a clear dose dependent increase in SMN protein levels. Mice treated with RG7800 demonstrate a dose dependent increase in survival beginning at the low dose (0.3/1 mg/kg). In the middle and high dose groups (1/3 and 3/10 mg/kg, respectively), approximately 80?90% survive beyond PND50/PND60 with profound body weight gain when the study is terminated. RG7800 dose-dependently corrects SMN2 splicing by including exon 7 to create FL mRNA, suggesting that RG7800 corrects alternative splicing of the human SMN2 gene in the brain of transgenic SMA model mice, leading to an increase of the SMN protein in the brain.
体外研究：
RG7800 increases the SMN protein level via induction of alternative splicing of the SMN2 mRNA. RG7800 is shown to promote the inclusion of exon 7 in SMN2 mRNA, generating full-length mRNA in vitro using fibroblasts from an SMA type I patient.
RG7800 is a SMN2 splicing modifier. RG7800 has the potential for spinal muscular atrophy treatment.
体内研究：
RG7800 shows favorable drug metabolism and pharmacokinetic profile in the rat and in cynomolgus monkey with good oral bioavailability. In SMA mouse model, treatment of RG7800 shows a clear dose dependent increase in SMN protein levels. Mice treated with RG7800 demonstrate a dose dependent increase in survival beginning at the low dose (0.3/1 mg/kg). In the middle and high dose groups (1/3 and 3/10 mg/kg, respectively), approximately 80?90% survive beyond PND50/PND60 with profound body weight gain when the study is terminated. RG7800 dose-dependently corrects SMN2 splicing by including exon 7 to create FL mRNA, suggesting that RG7800 corrects alternative splicing of the human SMN2 gene in the brain of transgenic SMA model mice, leading to an increase of the SMN protein in the brain.
体外研究：
RG7800 increases the SMN protein level via induction of alternative splicing of the SMN2 mRNA. RG7800 is shown to promote the inclusion of exon 7 in SMN2 mRNA, generating full-length mRNA in vitro using fibroblasts from an SMA type I patient.
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