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Spermicidal Activity of Gold Nanoparticles on Male Mice in Vitro

Spermicidal Activity of Gold Nanoparticles on Male Mice in Vitro

Heba Ali Salih*, Mohanad A. Al-Bayati

Department Physiology, Biochemistry and Pharmacology, College of Veterinary Medicine, University of Baghdad, Iraq.

 
*Correspondence | Heba Ali Salih, Mohanad A. Al-Bayati, Department Physiology, Biochemistry and Pharmacology, College of Veterinary Medicine, University of Baghdad, Iraq; Email: [email protected], [email protected]

Figure 1:

Turbidimetric analysis of sperm motility plotted a graph of sperm kinetic sperm motility modified from (Al-Bayaty, 1999) A1: the distance from the x-axis to the point of cross between slop tends of a fraction of rapidly moving sperm and plateau maintenance sperm curve A 2: the maximum distance between the axis to the point of absorbance of mixed semen suspensions. Slop 1: The slop one Rabidly Moving Sperm. Slop 2: Ordinary sperm moving. Fs: The total sperm count in the whole sample (sperm/ ml).

Figure 2:

a: auric chloride working solution; b: Heparinized GNP red-brown color.

Figure 3:

Scanning Electron Microscope (SEM) Micrograph of GNP Sample.

Figure 5:

The surface charge and stability of Gold Nanoparticles by zeta potential.

Figures 7:

acute lethal curve of Gold Nanoparticles: a. Relationships between log concentration of Gold Nanoparticles and Probit mortality. B. Relationships between log concentration of Gold Nanoparticles and Probit mortality.

Figure 8:

denoted to the timeline of motile sperm kinetic movement for serial exposure to GNP concentration, the non-waves lines in the curve referred to zero value of absorbance of immotile factions of semen.

Figure 9:

The Log concentrations Lag time (Minutes) relationship curve of mice sperm challenged Heparinized Gold Nano-particles. The data presented as SE ± Mean, the stares denoted to significant p≤0.05. n=5 mice semen suspensions.

Figure 10:

The Log concentrations velocity relationship curve of mice sperm challenged Heparinized Gold Nano-particles. The data presented as SE ± Mean, the stares denoted to significant p≤0.05. n=5 mice semen suspensions.

Figure 11:

The Log concentrations fraction rapidly moving sperm relationship curve of mice sperm challenged Heparinized Gold Nano-particles (FRMS: Fraction of Rapidly Moving of Sperm) The dated presented as SE±Mean, the stares denoted to significant p≤0.05. n=5 mice semen suspensions.

Figure 12:

The Log concentrations Sperm motility index % relationship curve of mice sperm challenged Heparinized Gold Nano-particles The dated presented as SE ± Mean, the stares denoted to significant p≤0.05. n=5 mice semen suspensions The data presented as SE ± Mean, the stares denoted to significant p≤0.05. n=5 mice semen suspensions.

Figure 14:

Concentration-response curve of the relationship between Histone Residues of sperm (Alanine Blue stain) with Log concentrations of GNPs, SHR: Sperm Histone Residue. The dated represented mean ± stander error, number of mice = 5, the star denoted significant p≤0.05.

Figure 13:

The DNA abnormality isolated epididymis of count sperm mice in vitro exposed to normal saline stained by Acridine orange, toluidine blue and aniline blue indicate for DNA abnormal , chromatin condensation and histone residue.

Figure 15:

Concentration-response curve of Relationship between Chromatin (Toluidine Blue stain) with log concentration of GNPs. The dated represented mean ± stander error, number of mice = 5, the star denoted significant p≤0.05.

Figure 16:

Concentration-response curve of Relationship between DNA abnormal (Acridine orange stain ) with log concentration of GNPs. The dated represented mean ± stander error, n = 5, and the star denoted significant p≤0.05

Figure 17:

The potency of sperm-toxic GNP effect represented by the A. LC95 value.

Figure 4:

X-ray pattern of Gold Nanoparticles and peak revealed crystalline. 

Figure 6:

The range thickness, surface distance, and vertical distance of GNPs of (AFM).

Equation 1

Advances in Animal and Veterinary Sciences

March

Adv. Anim. Vet. Sci., Vol. 13, Iss. 3,

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