February 2026
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Global Rank
#26,859
5,599Showing Similarweb estimated data.
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Bounce Rate
44.28%
Pages per Visit
2.73
Avg Visit Duration
00:01:21
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Top 10 core.ac.uk Competitors
The Top 10 Sites Like core.ac.uk in February 2026 are ranked by their affinity to core.ac.uk in terms of keyword traffic, audience targeting, and market overlap
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Global Rank
#331
16Bounce Rate
34.81%
Pages per Visit
4.15
Avg Visit Duration
00:03:21
Similarity Score
100%- Company
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Global Rank
#114,504
7,779Bounce Rate
53.32%
Pages per Visit
1.92
Avg Visit Duration
00:00:35
Similarity Score
89%sciencedirect is the world's leading source for scientific, technical, and medical research. explore journals, books and articles.
Global Rank
#477
57Bounce Rate
44.44%
Pages per Visit
3.64
Avg Visit Duration
00:04:33
Similarity Score
87%academia.edu is a place to share and follow research.
- Company
- Academia
Bounce Rate
59.74%
Pages per Visit
2.68
Avg Visit Duration
00:02:11
Similarity Score
86%jstor is a digital library of academic journals, books, and primary sources.
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- JStor
Global Rank
#2,333
613Bounce Rate
44.27%
Pages per Visit
6.50
Avg Visit Duration
00:04:36
Similarity Score
82%Background Human lung mast cells (HLMCs) infiltrate the airway epithelium and airway smooth muscle (ASM) in asthmatic airways. The mechanism of HLMC adhesion to both cell types is only partly defined, and adhesion is not inhibited by function-blocking anti-Kit and anti-stem cell factor (SCF) antibodies. Our aim was to identify adhesion molecules expressed by human mast cells that mediate adhesion to human ASM cells (HASMCs) and human airway epithelial cells. Methods We used phage-display to isolate single chain Fv (scFv) antibodies with adhesion-blocking properties from rabbits immunised with HLMC and HMC-1 membrane proteins. Results Post-immune rabbit serum labelled HLMCs in flow cytometry and inhibited their adhesion to human BEAS-2B epithelial cells. Mast cell-specific scFvs were identified which labelled mast cells but not Jurkat cells by flow cytometry. Of these, one scFv (A1) consistently inhibited mast cell adhesion to HASMCs and BEAS-2B epithelial cells by about 30 %. A1 immunoprecipitated Kit (CD117) from HMC-1 lysates and bound to a human Kit-expressing mouse mast cell line, but did not interfere with SCF-dependent Kit signalling. Conclusion Kit contributes to human mast cell adhesion to human airway epithelial cells and HASMCs, but may utilise a previously unidentified adhesion domain that lies outside the SCF binding site. Targeting this adhesion pathway might offer a novel approach for the inhibition of mast cell interactions with structural airway cells, without detrimental effects on Kit signalling in other tissues.
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Bounce Rate
58%
Pages per Visit
1.96
Avg Visit Duration
00:00:44
Similarity Score
79%- Company
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Global Rank
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Category Rank
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Bounce Rate
62.54%
Pages per Visit
3.26
Avg Visit Duration
00:02:45
Similarity Score
77%acm digital library home page
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Global Rank
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Country Rank
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Category Rank
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Bounce Rate
36.3%
Pages per Visit
3.53
Avg Visit Duration
00:02:51
Similarity Score
76%- Company
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Bounce Rate
67.19%
Pages per Visit
1.89
Avg Visit Duration
00:01:41
Similarity Score
74%Read and download Biological Applications of Protein Splicing by Miquel Vila‐Perelló, Tom W. Muir on OA.mg
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Global Rank
#129,635
1,913Bounce Rate
39.51%
Pages per Visit
2.78
Avg Visit Duration
00:02:32
Similarity Score
72%core.ac.uk's top 5 competitors in February 2026 are: researchgate.net, unpaywall.org, sciencedirect.com, academia.edu, and more.
According to Similarweb data of monthly visits, core.ac.uk’s top competitor in February 2026 is researchgate.net. core.ac.uk 2nd most similar site is unpaywall.org, and closing off the top 3 is sciencedirect.com.
academia.edu ranks as the 4th most similar website to core.ac.uk and jstor.org ranks fifth in February 2026.
The other five competitors in the top 10 list are scienceopen.com, cir.nii.ac.jp, dl.acm.org, hal.science, and oa.mg.