糠酸莫米松氯代反应试剂评估数据

糠酸莫米松氯代反应是对最终产品有关键影响的一步反应。技术上可选的氯代试剂非常多，本公司根据糠酸莫米松的结构特点初步确定了两种特殊试剂A和B，与其它8种常规氯代试剂进行平行试验，借助大数据分析技术，对相关结果进行全面评估，筛选出不同中间体普遍有效的氯代试剂，为产品工艺优化提供精准数据，提升产品质量，降低成本。药物调制配方数据的算法规则包括如下：1.数据来源：从常规的甾体药物氯代反应高筛选出8种氯代试剂，结合糠酸莫米松结构特点自行合成两种特殊的氯代试剂，对6高不同的中间体进行氯代反应，考察不同试剂的氯代反应效能（收集产物收率数据、产物纯度数据、试剂成本数据）；2.数据整理：按照反应原料、氯代反应试剂、产物收率、产物纯度、试剂成本填写相关数据；3.数据算法：产物收率大于90%得2分，80%~90%得1分，80%以下得0分；产物纯度95%以上得2分，90%~95%得1分，90%以下0分；试剂成本低得1分，高不得分。将上述得分进行相加，总分填入评分列。通过上述算法将试剂进行评分分级，高分者作为试剂优选。

The chlorination reaction of mometasone furoate is a critical step that significantly impacts the final product. A wide range of technically feasible chlorinating reagents are available. Based on the structural characteristics of mometasone furoate, our company initially identified two specialized reagents, A and B, and conducted parallel experiments alongside 8 other conventional chlorinating reagents. Leveraging big data analysis technologies, we comprehensively evaluated the relevant experimental results, screened out chlorinating reagents that exhibit universal effectiveness across different intermediates, providing precise data for product process optimization, improving product quality and reducing production costs.

The algorithm rules for the drug formulation-related dataset are as follows:
1. Data Source: Eight conventional chlorinating reagents were selected from high-throughput screening of common steroid drug chlorination reactions. Combined with the structural features of mometasone furoate, two specialized chlorinating reagents were independently synthesized. Chlorination reactions were performed on 6 distinct intermediates, and the chlorination performance of different reagents was evaluated by collecting product yield data, product purity data and reagent cost data.
2. Data Organization: Relevant data are recorded according to reaction raw materials, chlorinating reagents, product yield, product purity and reagent cost.
3. Data Algorithm: A score of 2 is awarded when product yield exceeds 90%, 1 point for yields between 80% and 90%, and 0 points for yields below 80%; A score of 2 is assigned when product purity is above 95%, 1 point for purity between 90% and 95%, and 0 points for purity below 90%; 1 point is given for low reagent cost, with no points awarded for high cost. The aforementioned scores are summed, and the total score is entered into the scoring column. Reagents are graded using this algorithm, and those with higher scores are selected as preferred reagents.

搜集汇总

数据集介绍

特点

该数据集专注于糠酸莫米松氯代反应试剂的评估，包含61条数据记录，涉及多种氯代试剂的效能评估，通过特定算法评分，旨在优化药物生产工艺。