PREVIOUS PARTS

Part No	Name	Length	Description
BBa_J64997	T7 consensus -10 and rest	19	Constitutive promoter from T7 bacteriophage
BBa_K731721	T7 terminator	48	Terminator from T7 bacteriophage
BBa_K3831027	Spacer 06	21	DNA Spacer
BBa_K1330000	Spinach2.1 flanked by tRNALys3	168	Light-up Aptamer

BASIC PARTS

Part No	Name	Length	Description
BBa_K4438100	FASTmiR-222-D1	118	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222.
BBa_K4438101	FASTmiR-222-D2	118	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222.
BBa_K4438102	FASTmiR-222-D3	118	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222.
BBa_K4438103	FASTmiR-222-D4	120	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222.
BBa_K4438104	FASTmiR-222-D5	120	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222.
BBa_K4438105	FASTmiR146a-D1	119	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438106	FASTmiR-146a-D2	119	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438107	FASTmiR-146a-D3	119	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438108	FASTmiR-146a-D4	119	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438109	FASTmiR-146a-D5	119	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438110	FASTmiR-30c-D1	120	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_30c.
BBa_K4438111	FASTmiR-30c-D2	120	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_30c.
BBa_K4438112	FASTmiR-30c-D3	120	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_30c.
BBa_K4438113	FASTmiR-27a-D1	119	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_27a.
BBa_K4438114	FASTmiR-27a-D2	119	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_27a.
BBa_K4438115	FASTmiR-27a-D3	119	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_27a.
BBa_K4438600	Aptamer_T6	86	ssDNA, aptamer for testosterone
BBa_K4438601	T6_trigger_1_midtrigger_phi29	27	ssDNA, trigger sequence designed for testosterone detection
BBa_K4438602	T6_Target_1	99	ssDNA, target sequence designed for testosterone detection
BBa_K4438603	T6_trigger_2_phi29	30	ssDNA, trigger sequence designed for testosterone detection
BBa_K4438604	T6_Target_2	96	ssDNA, target sequence designed for testosterone detection
BBa_K4438605	T6_trigger_3_w/oPol	29	ssDNA, trigger sequence designed for testosterone detection
BBa_K4438606	T6_Target_3	84	ssDNA, target sequence designed for testosterone detection
BBa_K4438700	P4G13_aptamer	60	ssDNA, aptamer for progesterone
BBa_K4438701	P4G13_trigger_1_w/oPol	38	ssDNA, trigger sequence designed for progesterone detection
BBa_K4438702	P4G13_Target_1	81	ssDNA, target sequence designed for progesterone detection
BBa_K4438703	P4G13_trigger_2_w/oPol	33	ssDNA, trigger sequence designed for progesterone detection
BBa_K4438704	P4G13_Target_2	84	ssDNA, target sequence designed for progesterone detection
BBa_K4438705	PG413_trigger_3_w/oPol	28	ssDNA, trigger sequence designed for progesterone detection
BBa_K4438706	P4G13_Target_3	82	ssDNA, target sequence designed for progesterone detection
BBa_K4438707	P4G13_trigger_4_phi29	15	ssDNA, trigger sequence designed for progesterone detection
BBa_K4438708	P4G13_Target_4	26	ssDNA, target sequence designed for progesterone detection
BBa_K4438709	P4G13_trigger_5_phi29	92	ssDNA, trigger sequence designed for progesterone detection
BBa_K4438710	P4G13_Target_5	103	ssDNA, target sequence designed for progesterone detection
BBa_K4438800	Aptamer_MN4	36	ssDNA, aptamer for cocaine
BBa_K4438801	MN4_trigger_1-T7promoter-w/oPol	19	ssDNA trigger sequence designed for quinine detection
BBa_K4438802	MN4_Target_1	76	ssDNA target sequence designed for quinine detection
BBa_K4438803	MN4_trigger_2_w/oPol	35	ssDNA trigger sequence designed for quinine detection
BBa_K4438804	MN4_Target_2	84	ssDNA target sequence designed for quinine detection
BBa_K4438805	MN4_trigger_3_phi29	37	ssDNA trigger sequence designed for quinine detection
BBa_K4438806	MN4_Target_3	83	ssDNA target sequence designed for quinine detection
BBa_K4438807	MN4_trigger_4_phi29	28	ssDNA trigger sequence designed for quinine detection
BBa_K4438808	MN4_Target_4	82	ssDNA target sequence designed for quinine detection
BBa_K4438809	MN4_trigger_5_5’trigger_phi29	10	ssDNA trigger sequence designed for quinine detection
BBa_K4438810	MN4_Target_5	87	ssDNA target sequence designed for quinine detection
BBa_K4438811	MN4_trigger_6_midtrigger_phi29	10	ssDNA trigger sequence designed for quinine detection
BBa_K4438812	MN4_Target_6	87	ssDNA target sequence designed for quinine detection
BBa_K4438813	MN4_trigger_7_3’trigger_phi29	11	ssDNA trigger sequence designed for quinine detection
BBa_K4438814	MN4_Target_7	88	ssDNA target sequence designed for quinine detection
BBa_K4438900	Aptamer_crp	72	ssDNA, aptamer for C-reactive protein
BBa_K4438901	crp_trigger_1_P1_phi29	23	ssDNA, trigger sequence designed for CRP detection
BBa_K4438902	crp_Target_1	100	ssDNA, target sequence designed for CRP detection
BBa_K4438903	crp_trigger_2_phi29	34	ssDNA, trigger sequence designed for CRP detection
BBa_K4438904	crp_Target_2	84	ssDNA, target sequence designed for CRP detection
BBa_K4438905	crp_trigger_3_phi29	34	ssDNA, trigger sequence designed for CRP detection
BBa_K4438906	crp_Target_3	83	ssDNA, target sequence designed for CRP detection
BBa_K4438907	hsa-crp_trigger_4_5’trigger_phi29	11	ssDNA, trigger sequence designed for CRP detection
BBa_K4438908	crp_Target_4	88	ssDNA, target sequence designed for CRP detection
BBa_K4438909	crp_trigger_5_midtrigger_phi29	13	ssDNA, trigger sequence designed for CRP detection
BBa_K4438910	crp_Target_5	89	ssDNA, target sequence designed for CRP detection
BBa_K4438911	crp_trigger_6_w/oPol	25	ssDNA, trigger sequence designed for CRP detection
BBa_K4438912	crp_Target_6	83	ssDNA, target sequence designed for CRP detection
BBa_K4438150	miDNA222-3p	21	This design of DNA is a complementary sequence of miRNA which is a biomarker for PCOS.
BBa_K4438151	miDNA146a-3p	22	This design of DNA is a complementary sequence of miRNA which is a biomarker for PCOS.
BBa_K4438152	miDNA27a-5p	22	This design of DNA is a complementary sequence of miRNA which is a biomarker for PCOS.
BBa_K4438153	miDNA30c1	23	This design of DNA is a complementary sequence of miRNA which is a biomarker for PCOS.
BBa_K4438200	Spinach2.2	95	A mutated sequence of Spinach2.1 flanked by tRNALys3
BBa_K4438201	Spinach2.3	95	A mutated sequence of Spinach2.1 flanked by tRNALys3
BBa_K4438202	Spinach2.4	95	A mutated sequence of Spinach2.1 flanked by tRNALys3
BBa_K4438203	Spinach2.5	95	A mutated sequence of Spinach2.1 flanked by tRNALys3
BBa_K4438204	Spinach2.6	91	A mutated sequence of Spinach2.1 flanked by tRNALys3
BBa_K3831027	Spacer 06	21	This is an intermediate DNA sequence used in composite part building.
BBa_K4438136	Spacer -10	21	This is an intermediate DNA sequence used in composite part building.

COMPOSITE PARTS

Part No	Name	Length	Description
BBa_K4438120	FASTmiR-222-D1_s	227	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222a.
BBa_K4438121	FASTmiR-222-D2_s	227	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222a.
BBa_K4438122	FASTmiR-222-D3_s	228	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222a.
BBa_K4438123	FASTmiR-222-D4_s	230	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222a.
BBa_K4438124	FASTmiR-222-D5_s	230	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222a.
BBa_K4438125	FASTmiR-146a-D1_s	228	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438126	FASTmiR-146a-D2_s	228	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438127	FASTmiR-146a-D3_s	228	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438128	FASTmiR-146a-D4_s	229	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438129	FASTmiR-146a-D5_s	228	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438130	FASTmiR-30c-D1_s	229	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_30c.
BBa_K4438131	FASTmiR-30c-D2_s	229	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_30c.
BBa_K4438132	FASTmiR-30c-D3_s	229	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_30c.
BBa_K4438134	FASTmiR-27a-5pD1_s	228	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_27a-5p.
BBa_K4438135	FASTmiR-27a-5pD2_s	228	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_27a-5p.
BBa_K4438137	FASTmiR-27a-5pD3_s	228	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_27a-5p.

BBa_K4438160	FASTmiR-222-D1_p	137	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222a.
BBa_K4438161	FASTmiR-222-D2_p	137	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222a.
BBa_K4438162	FASTmiR-222-D3_p	138	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222a.
BBa_K4438163	FASTmiR-222-D4_p	140	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222a.
BBa_K4438164	FASTmiR-222-D5_p	140	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_222a.
BBa_K4438165	FASTmiR-146a-D1_p	138	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438166	FASTmiR-146a-D2_p	138	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438167	FASTmiR-146a-D3_p	138	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438168	FASTmiR-146a-D4_p	139	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438169	FASTmiR-146a-D5_p	138	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_146a.
BBa_K4438170	FASTmiR-30c-D1_p	139	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_30c.
BBa_K4438171	FASTmiR-30c-D2_p	139	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_30c.
BBa_K4438172	FASTmiR-30c-D3_p	139	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_30c.
BBa_K4438173	FASTmiR-27a-D1_p	138	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_27a.
BBa_K4438174	FASTmiR-27a-D2_p	138	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_27a.
BBa_K4438175	FASTmiR-27a-D3_p	138	This design of RNA aptamer based on the FASTmiR technique is used to detect miRNA_27a.