let Endotoxin_Limit = 5.8;

let Potency_of_Product = 30;

let lysate = 0.03;

let Total = Endotoxin_Limit * Potency_of_Product;

let MVD = Total / lysate;

let nextNumber = (n) => {

    return n * 2;

};

const series = [2];

const mvds = [];

const mvdss = [];

for (let i = 0; i < 100; i++) {

    series.push(nextNumber(series[i]));

    let total = MVD / series[i];

         

    let number = 1;

    if (number < total){

        mvds.push(total.toFixed(2));

        mvdss.push(`MDV/${series[i]} :`);

    }

}

// Display results in a tabular format

console.log("MDV", "\t\t\t", "Value");

console.log("MDV", "\t\t\t", "Value");

for (let i = 0; i < mvds.length; i++) {

    if (parseFloat(mvds[i]) < 6) {

        console.log(`${mvdss[i]}`, "\t", `${mvds[i]}`);

    }

}

////////////////////////////////////

let Endotoxin_Limit = 5.8;

let Potency_of_Product = 30;

let lysate = 0.03;

let Total = Endotoxin_Limit * Potency_of_Product;

let MVD = Total / lysate;

let nextNumber = (n) => {

    return n * 2;

};

const series = [2];

const mvds = [];

const mvdss = [];

const dilution = [];

for (let i = 0; i < 100; i++) {

    series.push(nextNumber(series[i]));

    let total = MVD / series[i];

    if (total > 1) { // If the dilution is greater than 1

        mvds.push(total.toFixed(2));

        mvdss.push(`MDV/${series[i]} :`);

        

        // if()

        dilution.push(total - 1); // Calculate and store the dilution

    }

}

// Display results in a tabular format

console.log("MDV", "\t\t\t", "Value");

for (let i = 0; i < mvds.length; i++) {

    console.log(`${mvdss[i]}`, "\t", `${mvds[i]}`);

}

  

// Display the reversed Dilution Series

console.log("\nReversed Dilution Series:");

console.log("MDV", "\t\t\t", "Dilution");

for (let i = mvdss.length - 1; i >= 0; i--) {

    console.log(`${mvdss[i]}`, "\t", `${dilution[i]}`);

}

5555555555555555555555555555555555555555555555555555555555555555555555555555555555555555555555555555

let Endotoxin_Limit = 5.8;

let Potency_of_Product = 30;

let lysate = 0.03;

let Total = Endotoxin_Limit * Potency_of_Product;

let MVD = Total / lysate;

let nextNumber = (n) => {

    return n * 2;

};

const series = [2];

const mvds = [];

const mvdss = [];

const dilution = [];

for (let i = 0; i < 100; i++) {

    series.push(nextNumber(series[i]));

    let total = MVD / series[i];

    if (total > 1) { // If the dilution is greater than 1

        mvds.push(total.toFixed(2));

        mvdss.push(`MDV/${series[i]} :`);

        

        // Calculate and store the dilution only for values less than 6

        if (parseFloat(mvds[i]) < 6) {

            dilution.push(`${mvdss[i]}`, `${(total - 1).toFixed(2)}`);

        }

    }

}

// Display results in a tabular format

console.log("MDV", "\t\t\t", "Value");

for (let i = 0; i < mvds.length; i++) {

    console.log(`${mvdss[i]}`, "\t", `${mvds[i]}`);

}

// Display the Dilution Series for values less than 6

console.log("\nDilution Series for values less than 6:");

console.log("MDV", "\t\t\t", "Dilution");

for (let i = 0; i < dilution.length; i+=2) {

    console.log(`${dilution[i]}`, "\t", `${dilution[i + 1]}`);

}

666666666666666666666666666666666666666666666666666666666666666

let Endotoxin_Limit = 5.8;

let Potency_of_Product = 30;

let lysate = 0.03;

let Total = Endotoxin_Limit * Potency_of_Product;

let MVD = Total / lysate;

let nextNumber = (n) => {

    return n * 2;

};

const series = [2];

const mvds = [];

const mvdss = [];

const dilution = [];

for (let i = 0; i < 100; i++) {

    series.push(nextNumber(series[i]));

    let total = MVD / series[i];

    if (total > 1) { // If the dilution is greater than 1

        mvds.push(total.toFixed(2));

        mvdss.push(`MDV/${series[i]} :`);

        

        // Calculate and store the dilution only for values less than 6

        if (parseFloat(mvds[i]) < 6) {

            dilution.push(`${mvdss[i]}`, `${(total - 1).toFixed(2)}`);

        }

    }

}

// Display results in a tabular format

console.log("MDV", "\t\t\t", "Value");

for (let i = 0; i < mvds.length; i++) {

    console.log(`${mvdss[i]}`, "\t", `${mvds[i]}`);

}

// Display the Dilution Series for values less than 6

console.log("\nDilution Series for values less than 6:");

console.log("MDV", "\t\t\t", "Dilution");

for (let i = 0; i < dilution.length; i+=2) {

    console.log(`${dilution[i]}`, "\t", `${dilution[i + 1]}`);

}

console.log("\nReversed Dilution Series:");

console.log("MDV", "\t\t\t", "Dilution");

for (let i = mvdss.length - 1; i >= 0; i--) {

    console.log(`${mvdss[i]}`, "\t", ` `);

}