Name	Function and Discription
BBa_K4737004	GOx	a gene encodes Glucose oxidase (GOx) from Aspergillus niger
BBa_K5166000	Nickel-Binding Peptide 1	a Nickel-binding peptide which can bind Ni(Ⅱ) specificaly
BBa_K5166001	Nickel-Binding Peptide 2	a Nickel-binding peptide which can bind Ni(Ⅱ) specificaly
BBa_K5166002	Nickel-Binding Peptide 3	a Nickel-binding peptide which can bind Ni(Ⅱ) specificaly
BBa_K5166003	Nickel-Binding Peptide 4	a Nickel-binding peptide which can bind Ni(Ⅱ) specificaly
BBa_K5166004	Cobalt-Binding Peptide 1	a Cobalt-binding peptide which can bind Co(Ⅱ) specificaly
BBa_K5166005	Cobalt-Binding Peptide 2	a Cobalt-binding peptide which can bind Co(Ⅱ) specificaly
BBa_K5166006	Lithium-Binding Peptide 3	a Lithium-binding peptide which can bind Li(Ⅰ) specificaly
BBa_K5166007	mntR	a Manganese-binding protein which can bind Mn(Ⅱ) specificaly
BBa_K5166008	TssS	a Manganese-binding protein which can bind Mn(Ⅱ) specificaly
BBa_K5166009	BH2807	a Manganese-binding protein which can bind Mn(Ⅱ) specificaly
BBa_K5166010	GAP promoter	a Manganese-binding protein which can bind Mn(Ⅱ) specificaly
BBa_K5166011	α-factor secretion signal	a constitutive promoter
BBa_K5166012	pir1p	a signalling that guide protein secretion outside the cell
BBa_K5166013	Myc	a anchoring proteins
BBa_K5166014	AOX1 terminator	a tag to detect the amount of protein expression
BBa_K5166030	linker	a terminator used in P. pastoris
BBa_K5166015	UreA	a short DNA that link between target protein and pir
BBa_K5166016	UreB	Functional subunit of urease,can form a heterotrimer with UreB (β) and UreC (α) subunits,which is already active urease
BBa_K5166017	UreC	Functional subunit of urease,can form a heterotrimer with UreA(γ) and UreC (α) subunits,which is already active urease
BBa_K5166018	UreE	Functional subunit of urease,can form a heterotrimer with UreA(γ) and UreB (β) subunits,which is already active urease
BBa_K5166019	UreF	Accessory factor of urease,can form a complex with UreF and UreG,which acts as a GTP hydrolysis-dependent molecular chaperone
BBa_K5166020	UreG	Accessory factor of urease,can form a complex with UreE and UreG,which acts as a GTP hydrolysis-dependent molecular chaperone
BBa_K5166021	UreD	Accessory factor of urease,can form a complex with UreE and UreF,which acts as a GTP hydrolysis-dependent molecular chaperone
BBa_K5166022	UreA RBS1	Accessory factor of urease,a metal-binding chaperone that aids in the provision of nickel
BBa_K5166023	UreB RBS2	RBS of UreA
BBa_K5166024	UreC RBS3	RBS of UreB
BBa_K5166025	UreE RBS4	RBS of UreC
BBa_K5166026	UreF RBS5	RBS of UreE
BBa_K5166027	UreG RBS6	RBS of UreF
BBa_K5166028	UreD RBS7	RBS of UreG
BBa_K5166029	T7-Lac operator promoter	RBS of UreD
BBa_B0014	Double terminator 2	Terminator of coding UreEFGD
BBa_B0015	Double terminator 1	Terminator of coding UreABC

	Name	Function and Discription
BBa_K5166032	Pichia Pastoris GS115 Surface Display System	a yeast surface display system
BBa_K5166033	pGAPZα-NBP1-pir	a yeast surface display system containing NBP1
BBa_K5166034	pGAPZα-NBP2-pir	a yeast surface display system containing NBP2
BBa_K5166035	pGAPZα-NBP3-pir	a yeast surface display system containing NBP3
BBa_K5166036	pGAPZα-NBP4-pir	a yeast surface display system containing NBP4
BBa_K5166067	pGAPZα-CPB1-pir	a yeast surface display system containing CBP1
BBa_K5166038	pGAPZα-CPB2-pir	a yeast surface display system containing CBP2
BBa_K5166039	pGAPZα-LBP3-pir	a yeast surface display system containing LBP3
BBa_K5166040	pGAPZα-mntR-pir	a yeast surface display system containing mntR
BBa_K5166041	pGAPZα-TssS-pir	a yeast surface display system containing TssS
BBa_K5166042	pGAPZα-BH2807-pir	a yeast surface display system containing BH2807
BBa_K5166066	UreA-UreB-UreC	UreABC is the primary functional subunit of bacterial Urease protein,they combine to form a hetero-trimer, which binds together to create an active enzyme.When co-expressed with UreEFGD (the accessory subunit) from another part, it can produce bacterial Urease.
BBa_K5166065	UreE-UreF-UreG-UreD	UreEFGD serves as the accessory factor subunit for bacterial urease proteins. When UreABC, which forms the catalytic heterotrimer, is co-expressed with the accessory subunit UreEFGD, it leads to the production of functional bacterial urease.
BBa_K4665005	SazCA	SazCA surface expression system