Pages
Products
Products
CBpromise

Our promise to you:
Guaranteed product quality, expert customer support.

24x7 CUSTOMER SERVICE
CONTACT US TO ORDER

Chicken ORF Clones

The chicken is the most important non-mammalian vertebrate biomedical model organism and is the primary biomedical model for understanding basic biology, behavior, and disease. The chicken also occupies a unique and important evolutionary niche as the de facto model bird genome, where it is frequently used in comparative and evolutionary genomics. Comparative studies using chicken have made seminal contributions to the understanding of infectious diseases, cancer, cell biology, embryology, gene regulation, immunology, and nutrition.

The chicken genome is carried by 39 chromosomes and has over 1 billion base pairs. To date, nearly 90% of an estimated 20,000-23,000 genes have been identified. An open reading frame (ORF) refers to a DNA or RNA sequence that may be able to encode a protein. These sequences begin with a start codon and end with a stop codon. The use of chicken ORF clones implies the use of the chicken genome to better understand the genetic coding mechanisms. The relatively low complexity of the chicken genome compared to mammals provides a simplified genetic map, making it an ingenious model for genetic studies.

Combining unique and versatile cloning technologies, Creative Biogene has created a large number of high-quality Chicken ORF clones where you can find your gene of interest. Premade ORF clones eliminate the initial cloning and validation procedures for gene discovery studies. There is no need to perform tedious RNA isolation, cDNA synthesis, cloning, sequencing, and validation procedures steps. Identification, quantification, and study of protein interactions by chicken ORF clones have led to breakthroughs in understanding various biological phenomena.

Please browse our collection of Chicken ORF clones to find the one you want.

Browse All Chicken ORF Clones

* For research use only. Not intended for any clinical use.
Quick Inquiry