nygenome.org

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META
HTML
LINK ANALYSIS
SERVER

Nygenome.org receives any estimated 1,261 unique visitors and 8,836 unique page views per day. Revenue gained from these much visits may be $2 per day from various advertising sources. The estimated worth of site is $850. Similarweb global rank is 795,414. Maximum no. of users comes from .

Google LLC is ISP, hosted on IP 34.98.88.202 in Country United States.

Website Age n/a
Alexa Rank no-data
Country United States
IP Address 34.98.88.202

META INFORMATION

Title

New York Genome Center - A Nonprofit Academic Research Inst**ution

Description

NYGC is nonprofit academic research inst**ution focused on furthering genomic research for neurodegenerative disease, neuropsychiatric disease, and cancer.

Keywords

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utf-8

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1	viewport	width=device-width, initial-scale=1.0
2	robots	index, follow

GENERAL HTML INFORMATION

Type	Status
HTML 5
Responsive Website

HTML SIZE INFORMATION

Text / Code Ratio 3.47 %

nygenome.org has a website text/code ratio of 3.47 %. Search engine crawlers tend to not pick up pages with inadequate content.

IMPORTANT HTML TAGS AND COUNTS

Titles

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H20
H32
H411
H50
H62

No	Text
1	News
2	Publications & pre-prints

No	Text
1	Rutgers cancer ınstute of new jersey becomes 20th member ınstution of the new york genome center
2	The was***ngton post and the bbc ınterview dr. neville sanjana on his lab’s coronavirus mutation research
3	C2i genomics raises $12 million in series a funding
4	Nys doh partnering with the nygc and rockefeller university on genome study to understand covıd-19 related ıllnesses in children
5	Simons foundation annual report features collaborative als study with the nygc’s center for genomics of neurodegenerative disease
6	Ultra-sensitive blood test for tumor dna could help monitor residual cancer
7	The d614g mutation in sars-cov-2 spike increases transduction of multiple human cell types.
8	Characterizing the molecular regulation of inhibitory immune checkpoints with multi-modal single-cell screens.
9	Phenome-scale causal network discovery with bidirectional mediated mendelian randomization.
10	ınst**utional founding members
11	ınstutional a*ociate members

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1	Faculty labs
2	Nygc labs

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1	Zharko Daniloski,
2	Xinyi Guo,
3	Neville E Sanjana
4	Efthymia Papalexi, Eleni Mimitou, Andrew W. Butler, Samantha Foster, Bernadette Bracken, William M. Mauck, View Hans-Hermann Wessels, Bertrand Z. Yeung, Peter Smibert, Rahul Satija
5	Brielin C Brown, David A Knowles

No	Text
1	bioRxiv (2)
2	bioRxiv.

LINK ANALYSIS

Total Link Count: 173

Internal Link Count : 140

No	Text	Type
1	NYGC logo for sticky header	image
2	-	empty
3	About Us	text
4	About Us	text
5	About Us	text
6	Our People	text
7	Our Donors	text
8	Our Facility	text
9	Member Inst**utions	text
10	Research Areas	text
11	Research Areas	text
12	All Research Areas	image
13	COVID-19 Genomics	text
14	Neurodegenerative Disease	text
15	Neuropsychiatric Disease	text
16	Cancer	text
17	Labs	text
18	Labs	text
19	All Labs	image
20	Faculty Labs	text
21	Faculty Labs	text
22	Center for Genomics of Neurodegenerative Disease / Phatnani Lab	text
23	Imielinski Lab	text
24	Iossifov Lab	text
25	Knowles Lab	text
26	Landau Lab	text
27	Lappalainen Lab	text
28	Sanjana Lab	text
29	Satija Lab	text
30	Wigler Lab	text
31	NYGC Labs	text
32	NYGC Labs	text
33	Clinical Lab	text
34	Comp****tional Biology Lab / Bioinformatics	text
35	Research Sequencing	text
36	Technology Innovation Lab	text
37	Publications	text
38	News	text
39	Events	text
40	Partner with Us	text
41	Partner with Us	text
42	Collaborative Research	text
43	Affiliate Members***p Program	text
44	Research Sequencing	text
45	Industry & Foundation Collaborations	text
46	Academic Collaborations	text
47	Disease-specific Consortia	text
48	Tech Transfer	text
49	Sponsored Research	text
50	Clinical Lab	text

External Link Count : 33

No	Text	Type
1	-	image
2	The D614G mutation in SARS-CoV-2 Spike increases transduction of multiple human cell types.	text
3	Read More	text
4	-	image
5	Characterizing the molecular regulation of inhibitory immune checkpoints with multi-modal single-cell screens.	text
6	Read More	text
7	-	image
8	Phenome-scale causal network discovery with bidirectional mediated Mendelian randomization.	text
9	Read More	text
10	-	image
11	-	image
12	-	image
13	-	image
14	-	image
15	-	image
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30	-	empty
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