TCOSSALAB.NET: Keyword Density Checker

Total words: 1727 | 2-word phrases: 448 | 3-word phrases: 485 | 4-word phrases: 500

PAGE INFO

Title	Try to keep the title under 60 characters (52 characters) Tabard-Cossa Nanoscale Biophysics & Nanopore Lab
Description	Try to keep the meta description between 50 - 160 characters (110 characters) Our research is dedicated to the development of methods to manipulate single-molecules using nanopore devices.
Keywords	Meta keywords are not recommended anymore (0 characters)
H1	H1 tag on the page (21 characters) Selected PUBLICATIONS

#	Keyword	Frequency	Density
1	our group is	4	0.82%
2	group is composed	4	0.82%
3	is composed of	4	0.82%
4	pore dimensions calculator	4	0.82%
5	ultimately to translate	3	0.62%
6	new tools for	3	0.62%
7	our research is	3	0.62%
8	research is dedicated	3	0.62%
9	is dedicated to	3	0.62%
10	for the life	3	0.62%
11	tools for the	3	0.62%
12	the development of	3	0.62%
13	development of novel	3	0.62%
14	of novel techniques	3	0.62%
15	novel techniques and	3	0.62%
16	methods to manipulate	3	0.62%
17	into new tools	3	0.62%
18	or nextgeneration data	3	0.62%
19	to manipulate and	3	0.62%
20	discoveries into new	3	0.62%
21	to translate these	3	0.62%
22	molecules using nanopore	3	0.62%
23	nanoconfined geometries and	3	0.62%
24	devices to unravel	3	0.62%
25	to unravel the	3	0.62%
26	in nanoconfined geometries	3	0.62%
27	polymers in nanoconfined	3	0.62%
28	basic physics governing	3	0.62%
29	physics governing the	3	0.62%
30	governing the behaviour	3	0.62%

#	Keyword	Frequency	Density
1	group is composed of	4	0.80%
2	our group is composed	4	0.80%
3	polymers in nanoconfined geometries	3	0.60%
4	our research is dedicated	3	0.60%
5	research is dedicated to	3	0.60%
6	the development of novel	3	0.60%
7	development of novel techniques	3	0.60%
8	of novel techniques and	3	0.60%
9	methods to manipulate and	3	0.60%
10	devices to unravel the	3	0.60%
11	physics governing the behaviour	3	0.60%
12	governing the behaviour of	3	0.60%
13	ultimately to translate these	3	0.60%
14	in nanoconfined geometries and	3	0.60%
15	we are a nanoscale	3	0.60%
16	discoveries into new tools	3	0.60%
17	into new tools for	3	0.60%
18	new tools for the	3	0.60%
19	tools for the life	3	0.60%
20	or nextgeneration data storage	3	0.60%
21	researchers from diverse backgrounds	3	0.60%
22	molecular biosciences and engineering	3	0.60%
23	on k1n 6n5 canada	3	0.60%
24	ottawa on k1n 6n5	3	0.60%
25	are a nanoscale biophysics	3	0.60%
26	basic physics governing the	3	0.60%
27	and ultimately to translate	2	0.40%
28	of biological molecules and	2	0.40%
29	from diverse backgrounds including	2	0.40%
30	molecules using nanopore devices	2	0.40%
31	nanopore devices to unravel	2	0.40%
32	nanoscale biophysics laboratory our	2	0.40%
33	composed of researchers from	2	0.40%
34	and creative lab environment	2	0.40%
35	biophysics laboratory our group	2	0.40%
36	laboratory our group is	2	0.40%
37	the behaviour of biological	2	0.40%
38	behaviour of biological molecules	2	0.40%
39	is composed of researchers	2	0.40%
40	backgrounds including physics chemistry	2	0.40%

#	URL	Whois	Check
1	https://doi.org/10.1038/s41467-021-25566-8	Whois	doi.org
2	https://doi.org/10.1038/s41467-021-25566-8	Whois	doi.org
3	https://doi.org/10.1038/s41467-021-25566-8	Whois	doi.org
4	https://doi.org/10.1038/s41596-019-0255-2	Whois	doi.org
5	https://doi.org/10.1038/s41596-019-0255-2	Whois	doi.org
6	https://doi.org/10.1038/s41596-019-0255-2	Whois	doi.org
7	https://pubs.acs.org/doi/abs/10.1021/acs.nanolett.7b03987	Whois	acs.org
8	https://pubs.acs.org/doi/abs/10.1021/acs.nanolett.7b03987	Whois	acs.org
9	https://pubs.acs.org/doi/abs/10.1021/acs.nanolett.7b03987	Whois	acs.org