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Table 3 A summary table that compares the biomarker responses of the two insect species, emphasizing their effectiveness as indicators of pollution

From: Tracing industrial pollution: unveiling environmental health via insects’ biomarkers

Biomarker

Cataglyphis saviginyi

Tentyrum Sp

Effectiveness as Indicators

Glutamic Pyruvic Transaminase (GPT)

Increased activity in industrial sites

Decreased activity in industrial sites

C. saviginyi shows higher sensitivity to pollution with elevated GPT levels in contaminated areas

Glutamic Oxaloacetic Transaminase (GOT)

Increased activity in industrial sites

Decreased activity in industrial sites

C. saviginyi exhibited stronger responses, indicating its higher sensitivity as a bioindicator

Alkaline Phosphatase (ALP)

Increased activity in industrial sites

Increased activity in industrial sites

Both species showed similar increases in ALP, making them effective in indicating environmental pollution

Acid Phosphatase (ACPh)

Increased activity in industrial sites

Decreased activity in industrial sites

C. saviginyi showed higher ACPh activity, making it a more effective biomarker for industrial pollution

Lactate Dehydrogenase (LDH)

Decreased activity in industrial sites

Decreased activity in industrial sites

Both species showed similar suppression of LDH, indicating its reliability as a pollution biomarker

Protein

Increased concentration in industrial sites

Decreased concentration in industrial sites

C. saviginyi exhibited a stronger increase, making it a more responsive bioindicator for protein changes

Lipids

Decreased concentration in industrial sites

Increased concentration in industrial sites

Tentyrum Sp showed a better response to lipid accumulation, making it more sensitive to lipid-based pollution biomarkers

Carbohydrates

Decreased concentration in industrial sites

Decreased concentration in industrial sites

Both species showed similar trends, indicating effective use as carbohydrate biomarkers