In our country, animal breeding came after agricultural production. However, over time, a significant part of agricultural production began to be made for animal production and livestock farming was integrated with agricultural production. The welfare of Turkish farmers is achieved by increasing animal production, and a more balanced diet of our people is achieved by increasing animal production. Breeding and biotechnological techniques need to be used in animal husbandry. Embryo transfer technology should be used by selecting superior animals from existing culture breeds. Apart from this method, animals that have been developed over hundreds of years and have the desired increase in productivity should be reproduced, new generations should be created by using genomic analysis, and we need to know and use biotechnological methods such as CRISPR. Since sellers abroad will never give their elite herds, we must create our own elite herds. GMO (transgenic or genetically modified organisms) technology is realized by adding another sequence to the gene sequence. Applications of genetically modified organisms to increase crop production and to protect plants against weeds and insecticides have occupied many countries in the last century. While the global debate on the regulation of genetically modified crops continues, the United States and Japan have concluded that foods derived from such crops will not need regulation. Experts generally agree that there is little difference between traditional breeding methods and gene editing. In some countries, GMO application has been made on more than four hundred products. In terms of sustainability, organic farming is at the forefront of transforming our agricultural systems into good practices for biodiversity and world health. However, the success of this movement depends on the trust of consumers, and the traceability and labeling of all GMOs is important to protect the reputation of organic products. Crispr (Clustered Regularly Interspaced Palindromic Repeats) (Crispr cas9), on the other hand, a part of the gene sequence is silenced, removed or transferred from the sequence to another place. Recent studies have resulted in high oleic acid soybean production. It is difficult to determine by laboratory analysis whether DNA properties change naturally in Crispr editing. This method has been used in recent years to silence genetic diseases. The world food crisis is increasing day by day. Agricultural production increases are limited. The European Union (EU) has made legal regulations for the use of plants as food and feed with new genomic techniques (New Genomic Techniques (NGT)/YGT). In July 2023, the European Commission adopted a regulatory proposal on plants obtained with certain new genomic techniques (New Genomic Techniques (NGT)/YGT) (targeted mutagenesis and cisgenesis) and derived food and feed products. According to this legislative proposal, YGT proposed to divide plants into two groups. It has made a new regulation by dividing these groups as "Traditional Similar" and "GMO Similar".