Toxic Potential of Synthesized Graphene Zinc Oxide Nanocomposite in the Third Instar Larvae of Transgenic Drosophila melanogaster (hsp70-lacZ)Bg⁹

Table 1

Regression analysis for hsp70 induction, lipid peroxidation, protein level, apoptosis, and comet tail length in the third instar larvae of transgenic Drosophila melanogaster (hsp70-lacZ)Bg⁹.

S. number	Groups	24 hr				48 hr
		Regression equation	𝑟	𝑃	𝐹	Regression equation	𝑟	𝑃	𝐹
1	𝛽gal versus L	𝑌L = −0.0547 + 1.1112𝑋gal	0.99965	<0.0007	2840.376	𝑌L = −0.0739 + 1.2863𝑋gal	0.99998	<0.000	47791.92
2	𝛽gal versus Ap	𝑌Ap = −6.705 + 193.01𝑋gal	0.98517	<0.0659	65.95374	𝑌AP = −14.84 + 270.58Xgal	0.98381	<0.0227	60.27102
3	𝛽gal versus CTL	𝑌CTL = 14.202 − 11.96𝑋gal	−0.5084	<0.2514	0.697138	𝑌CTL = −21.28 + 278.95𝑋gal	0.99991	<0.0000	10878.49
4	𝛽gal versus P	𝑌P = 330.13 − 1927𝑋gal	−0.9983	<0.0002	596.5014	𝑌P = 307.64 − 1753𝑋gal	−0.9976	<0.0003	415.9580
5	L versus Ap	𝑌AP = 2.7587 + 174.09𝑋L	0.98779	<0.3076	80.38286	𝑌AP = 0.71960 + 210.10𝑋L	0.98265	<0.9604	56.14397
6	L versus CTL	𝑌CTL = −7.405 + 249.55𝑋L	0.99883	<0.0035	851.3046	𝑌CTL = −5.250 + 216.83𝑋L	0.99980	<0.0015	4985.103
7	L versus P	𝑌P = 235.19 − 1732𝑋L	−0.9975	<0.0007	397.5076	𝑌P = 206.95 − 1365𝑋L	−0.9976	<0.0007	415.7933
8	Ap versus P	𝑌P = 257.31 − 9.602𝑋AP	−0.9743	<0.0057	37.48653	𝑌P = 207.65 − 6.252𝑋AP	−0.9786	<0.0064	45.20531
9	Ap versus CTL	𝑌CTL = −10.98 + 1.4084𝑋AP	0.99351	<0.0086	152.6177	𝑌CTL = −5.454 + 1.000𝑋AP	0.98611	<0.0736	70.47836
10	P versus CTL	𝑌CTL = 26.344 − 0.1429𝑋P	−0.9934	<0.0016	149.0998	𝑌CTL = 27.605 − 0.1584𝑋P	−0.9975	<0.0007	393.9279

𝛽_gal: β-galactosidase, L: lipid peroxidation, Ap: apoptosis, P: protein, and CTL: comet tail length.