The exploration of molecular species in space improves our understanding of prebiotic molecular interactions. An intriguing question is whether molecular evolution, in the absence of life, produce complex organic molecules normally associated with living organisms. In the last decades, advances in telescope technology, spectroscopic techniques, and satellite instrumentation have significantly accelerated the identification of interstellar molecules Flower . The number of confirmed interstellar molecules has increased consistently: it was 107 in 1994 , and it is now (in 2024) 250Guélin & Cernicharo (2022); List of interstellar and circumstellar molecules . Furthermore, the discovery of more than a thousand molecular species in the Murchison meteorite suggests that many more molecules could exist in space ; . This study aims to identify potential molecules in the interstellar medium (ISM) and circumstellar envelopes (CSE) ; that may play a role in prebiotic chemistry.