In our early research on aptamers, we had a few realizations: 1. They are as functional as antibodies for small molecules and easier to manipulate, 2. There is no convenient database for aptamers online, 3. Aptamers are being under-utilized in bioengineering applications. We were motivated to address these three issues in synthetic biology and innovate new biosensing and biomanufacturing applications with impacts in astrobiology. Since BioBricking each aptamer sequence would not be practical given the need for chemical modifications and cheapness of synthesizing short oligonucleotides (most RNA and DNA aptamer sequences are around 30-100bp) instead we have created a convenient repository of functional nucleic acid parts for synthetic biologists to plug our systems into. Functional nucleic acids have become increasingly important in sensing capabilities and transcriptional regulation. Legos like BioBricks depend on connectors to click them together in many instances; thus, we propose a new category of parts called BioClicks that click into systems and can be ordered at the click of a button. We have described clearly how parts should be ordered and manipulated for the desired effect. This not only provides a scalable and versatile platform to scientists but also allows for better transparency and broader reproducibility of these systems. After consulting with aptamer experts such as Stanford Professor Christina Smolke and RNA-World NASA Exobiologist Mark Ditzler, we set forth to create both DNA and RNA aptamers, as well as engineer new ways to produce and apply these functional molecules.