These artworks are based on the 3D structure of protein and DNA. The artist’s intention is to convey the wonders of genes, and to express our feelings towards nature, civilization and diseases.

Each artwork is accompanied by a music generated from the sequence of the same protein based on a multitude of amino acid properties. The music is automatically played when you click each individual image.

Click on a thumbnail to view a larger version of the image and play the protein music.

	SARS Cov Orf7A Accessory Protein : A protein probably blocks immune response or assists the exit of newly produced viruses(ID:JL0041)
	SARS Cov Orf7A Accessory Protein : A protein probably blocks immune response or assists the exit of newly produced viruses(ID:JL0042)
	SARS Cov Orf7A Accessory Protein : A protein probably blocks immune response or assists the exit of newly produced viruses(ID:JL0043)
	SARS Cov Spike Protein Fusion Core : A viral surface protein that binds to host cell receptor and facilitates viral fusion with host cell(ID:JL0044)
	SARS Cov Spike Protein Fusion Core : A viral surface protein that binds to host cell receptor and facilitates viral fusion with host cell(ID:JL0045)
	SARS Cov Spike Protein Fusion Core : A viral surface protein that binds to host cell receptor and facilitates viral fusion with host cell(ID:JL0046)
	SARS Cov Nsp9 : A protein likely involved in viral RNA synthesis(ID:JL0047)
	SARS Cov Nsp9 : A protein likely involved in viral RNA synthesis(ID:JL0048)
	SARS Cov Nsp9 : A protein likely involved in viral RNA synthesis(ID:JL0049)
	SARS Cov 3C-Like Proteinase : An enzyme essential for viral reproduction by cutting viral peptides into proteins(ID:JL0050)
	SARS Cov 3C-Like Proteinase : An enzyme essential for viral reproduction by cutting viral peptides into proteins(ID:JL0051)
	SARS Cov Spike Protein S2 Subunit : A viral surface protein that binds to host cell receptor and facilitates viral fusion with host cell(ID:JL0052)