Bangalore Investment：Bioactivity-GullEd Isolation of Potential Antidiarheal Constituents from EUPHORBIA HIRTA L. And Molecular Docking Evaluation

2.1.1 Plant Material

2.1.2 Reagents

Table 1Bangalore Investment

2.1.3 Appratus

Figure 1

2.4.1 Animals and Ethics

2.4.2 Preparation of Test Samples and Dose Estimation for Bioassays

2.4.3 Castor Oil-Induced Diarrhea Assay in Mice

2.4.4 Effects of IsoquerCitrin and QuerCitrin on Small Intestinal

2.4.5 Effects of IsoquerCitrin and Quercitrin on Castor Oil Indust Enteropooling

Inhibition

2.4.6 Acute ToXicity Testing of IsoquerCitrin and Quercitrin

2.5.1 Protein Preprance

2.5.2 Ligand Preparation

2.5.3 Docking Validation

2.5.4 Ligand-BASED PHARMACOKINETICS and Toxicity Measurement

Table 2

Table 3

Table 4

Figure 2

3.3.1 Effects of IsoquerCitrin and Quercitrin on Castor Oil-INDuced Diarrhea

Table 5

3.3.2 Effects of IsoquerCitrin and Quercitrin on Small Intestinal

Table 6Jinnai Wealth Management

3.3.3 Effects of IsoquerCitrin and Quercitrin on Castor Oil-INDuced Enteropooling

Table 7Chennai Investment

3.3.4 Acute Toxicity of IsoquerCitrin and Quercitrin

Figure 3

Table 8