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1

Mai A Al-Mosaibih and Rawan M Al-Maimony

Abstract:
This paper aims to study the chondrocranium development of Mus Musculus Domesticus (Rodentia:Muridae). The existence of the skull is an important characteristic of vertebrates,where it arises as a chondrocranium in the fetus, and then transformed during the growth into Osteocranium.


1-21
2

Dr. Namita Kumari

Abstract:
The efficacy of entomopathogenic fungi [Beavueria bassiana (Bb08, Bb10) and Isaria fumosorosea (Ifr)] isolated from different regions of Southern Tamil Nadu, India was assessed against red cotton stainer


22-27
3

Satyamvada Swayamprabha

Abstract:
The paper studied the effect of soil contamination on microbe population. The microbes mineralise and bio transforms organic compounds and associated pesticides. Pesticides, extensively used in agriculture for pest control strategies reduce soil enzymatic activities that act as a “biological index” of soil fertility and biological processes in the soil environment. Use of pesticides like Chlorpyrifos in agricultural soil is the primary reason for the pollution of aquatic and terrestrial environments


28-36
4

KUVALEKAR MAHESH MADHUKAR Dr. Kavindra. S. Malik

Abstract:
In this project the author has selected two different colour index pigments like Pigment Yellow 74 and Pigment Red 3 Based on their colour chemistry and hue or chroma these pigments are widely used in waterbased paints, emulsions and ink applications. Also, solvents being harmful to human health, it’s likely to be the trend in future that most of the ink emulsions and paint manufacturers will slowly switch over their production from solvent based to water based colorants as its more safe to human health as well as its eco friendly.\\r\\n


37-58
5

R.R.Kherani

Abstract:
Ferric (Fe³⁺) ion doping has emerged as a significant strategy for tailoring the magnetic and electrical properties of solid-state materials, particularly in transition metal oxides and semiconductor systems. The incorporation of Fe³⁺ ions into host lattices introduces localized magnetic moments and alters electronic configurations, leading to modifications in exchange interactions and charge transport mechanisms. This study examines how Fe³⁺ doping influences magnetic ordering, including ferromagnetic and antiferromagnetic behaviors, as well as its impact on electrical conductivity, resistivity, and dielectric properties. Structural distortions induced by ionic substitution further contribute to changes in band structure and carrier mobility. Experimental and theoretical analyses reveal that Fe³⁺ concentration plays a critical role in determining the balance between magnetism and conductivity. These findings highlight the potential of Fe³⁺-doped materials in advanced applications such as spintronics, magnetic storage devices, and multifunctional electronic systems.


59-76
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