Nanozyme Database

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ref	title	DOI	material type	comment
718	A chiral covalent organic framework (COF) nanozyme with ultrahigh enzymatic activity	https://doi.org/10.1039/D0MH01535K	COF	L-Hisx@Fe-COF. Fe-COF was synthesized by a reversible Schiff-base reaction using terephthalaldehyde (TPA) and Fe-ATPP.

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ref	material	size	size err	size unit	size type	size comment	BET	b _nanozyme	b 10ⁿ	b unit	specific act	sa 10ⁿ	sa unit	comment
718	L-Hisx@Fe-COF

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ref	material	enzyme type	substrate	k_m	k_m err	k_m unit	k_cat	k_cat err	k_cat 10ⁿ	k_cat unit	k_cat/k_m	k_cat/k_m 10ⁿ	k_cat/k_m unit
718	D-His@Fe-COF	POD	D-tyrosinol	0.76	0.08	mM	1.44	0.05	4	1/s	718	6	M-1 s-1
718	D-His@Fe-COF	POD	L-tyrosinol	0.95	0.1	mM	1.18	0.05	4	1/s	718	6	M-1 s-1
718	L-His100@Fe-COF	POD	D-tyrosinol	0.94	0.09	mM	1.30	0.07	4	1/s	718	6	M-1 s-1
718	L-His100@Fe-COF	POD	L-tyrosinol	0.66	0.11	mM	1.57	0.09	4	1/s	718	6	M-1 s-1
718	L-Ala@Fe-COF	POD	D-tyrosinol	1.11	0.12	mM	0.95	0.05	4	1/s	718	6	M-1 s-1
718	L-Ala@Fe-COF	POD	L-tyrosinol	1.03	0.11	mM	1.00	0.04	4	1/s	718	6	M-1 s-1
718	Fe-COF	POD	D-tyrosinol	1.25	0.12	mM	0.82	0.05	4	1/s	718	6	M-1 s-1
718	Fe-COF	POD	L-tyrosinol	1.27	0.07	mM	0.80	0.04	4	1/s	718	6	M-1 s-1
718	L-His100@Fe-COF	POD	D-dopa	388.61	37.51	μM	1.09	0.04	4	1/s	718	6	M-1 s-1
718	L-His100@Fe-COF	POD	L-dopa	255.12	30.07	μM	1.33	0.07	4	1/s	718	6	M-1 s-1
718	L-His50@Fe-COF	POD	D-dopa	419.27	71.71	μM	1.14	0.08	4	1/s	718	6	M-1 s-1
718	L-His50@Fe-COF	POD	L-dopa	307.71	47.86	μM	1.30	0.05	4	1/s	718	6	M-1 s-1
718	L-His25@Fe-COF	POD	D-dopa	433.83	62.36	μM	1.01	0.05	4	1/s	718	6	M-1 s-1
718	L-His25@Fe-COF	POD	L-dopa	355.99	54.38	μM	1.09	0.06	4	1/s	718	6	M-1 s-1
718	D-His@Fe-COF	POD	D-dopa	326.5	30.58	μM	1.48	0.07	4	1/s	718	6	M-1 s-1
718	D-His@Fe-COF	POD	L-dopa	417.79	42.23	μM	1.25	0.05	4	1/s	718	6	M-1 s-1
718	L-His75@Fe-COF	POD	D-dopa	396.89	29.68	μM	1.31	0.04	4	1/s	718	6	M-1 s-1
718	L-His75@Fe-COF	POD	L-dopa	273.22	59.31	μM	1.48	0.12	4	1/s	718	6	M-1 s-1
718	L-Ala@Fe-COF	POD	D-dopa	721.44	112.91	μM	0.83	0.06	4	1/s	718	6	M-1 s-1
718	L-Ala@Fe-COF	POD	L-dopa	665.8	82.03	μM	0.85	0.04	4	1/s	718	6	M-1 s-1
718	Fe-COF	POD	D-dopa	764.06	69.11	μM	0.78	0.04	4	1/s	718	6	M-1 s-1
718	Fe-COF	POD	L-dopa	740.88	26.83	μM	0.73	0.02	4	1/s	718	6	M-1 s-1
718	L-His100@Fe-COF	POD	H2O2	1.9	0.07	mM	5.59	0.18	4	1/s	718	6	M-1 s-1
718	L-His75@Fe-COF	POD	H2O2	2.04	0.11	mM	7.23	0.36	4	1/s	718	6	M-1 s-1
718	L-His50@Fe-COF	POD	H2O2	3.32	0.14	mM	5.95	0.22	4	1/s	718	6	M-1 s-1
718	L-His25@Fe-COF	POD	H2O2	8.89	0.58	mM	3.77	0.32	4	1/s	718	6	M-1 s-1
718	L-Ala@Fe-COF	POD	H2O2	27.22	1.17	mM	2.51	0.07	4	1/s	718	6	M-1 s-1
718	Fe-COF	POD	H2O2	34.91	1.88	mM	2.36	0.12	4	1/s	718	6	M-1 s-1

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ref	material	application	target	method	linear range	linear ran unit	LOD	lod unit	recovery	comment
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A chiral covalent organic framework (COF) nanozyme with ultrahigh enzymatic activity

References

Materials

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Applications