Quantification revealed that the average number of cells at 24 h AED is 45, 159, and 98 respectivel

To provide a thorough analysis of the average number of cells at 24 hours after exposure to different conditions (AED), we should first quantify these values and then analyze what this might imply about the experimental conditions or biological responses.

Analysis of Cell Counts

1. Data Interpretation:

   • The values provided are the counts of cells measured after 24 hours, which are:
     • Condition 1: 45 cells
     • Condition 2: 159 cells
     • Condition 3: 98 cells

2. Average Calculation:

   • We can calculate the average number of cells across these three conditions. The average $A$ can be calculated using the formula: $A = \frac{C_1 + C_2 + C_3}{N}$ where $C_1, C_2,$ and $C_3$ are the counts of cells in the respective conditions, and $N$ is the number of conditions.

3. Substituting Values:

   • Substituting the values: $A = \frac{45 + 159 + 98}{3}$

4. Performing the Calculation:

   • First, sum the number of cells: $45 + 159 + 98 = 302$
   • Now, divide by the number of conditions (3): $A = \frac{302}{3} \approx 100.67$

Summary of Findings

The average number of cells at 24 hours is approximately 100.67. This average value helps in understanding the overall response of the cells across different experimental conditions. Evaluating why one condition has a significantly higher cell count (159 cells) compared to the others (45 and 98 cells) may warrant further investigation. It could indicate a more favorable environment for cellular proliferation or a differential response to treatment in that specific condition.

Final Answer

• The average number of cells at 24 hours AED is approximately 100.67 cells.