Advances in dairy Research
Open Access

ISSN: 2329-888X

+44 1300 500008

Advances in dairy Research : Citations & Metrics Report

Articles published in Advances in dairy Research have been cited by esteemed scholars and scientists all around the world. Advances in dairy Research has got h-index 18, which means every article in Advances in dairy Research has got 18 average citations.

Following are the list of articles that have cited the articles published in Advances in dairy Research.

	2024	2023	2022	2021	2020	2019	2018	2017	2016	2015	2014	2013	2013
Total published articles	34	40	21	66	10	16	23	33	19	37	30	9	9
Research, Review articles and Editorials	4	6	5	27	7	14	22	32	19	35	29	9	0
Research communications, Review communications, Editorial communications, Case reports and Commentary	30	34	16	39	3	2	1	1	0	2	1	0	0
Conference proceedings	0	0	0	0	0	0	0	0	20	0	0	0	0
Citations received as per Google Scholar, other indexing platforms and portals	196	310	319	234	197	170	139	83	99	77	23	0	0

Journal total citations count	2299
Journal impact factor	6.15
Journal 5 years impact factor	8.44
Journal cite score	8.73
Journal h-index	18
Journal h-index since 2019	17

Important citations (758)

há»c huáº¿ Än. xác Ä‘á»‹nh Ä‘iá»u kiá»‡n nuôi cáº¥y thích há»£p Ä‘á»ƒ lactobacillus plantarum w5 sinh exopolysaccharide cao. hue university journal of science (hu jos). 2016 apr 29;121(7). View at Publisher View at Google Scholar
gupta p, pruthi pa, pruthi v. role of exopolysaccharides in biofilm formation. inintroduction to biofilm engineering 2019 (pp. 17-57). american chemical society. View at Publisher View at Google Scholar
almansoory af, al-baldawi ia, hazaimeh m. optimization of the eps production of a bacterial floc consortium using different parameters. biocatalysis and agricultural biotechnology. 2019 dec 9:101466. View at Publisher View at Google Scholar
benhouna is, heumann a, rieu a, guzzo j, kihal m, bettache g, champion d, coelho c, weidmann s. exopolysaccharide produced by weissella confusa: chemical characterisation, rheology and bioactivity. international dairy journal. 2019 mar 1;90:88-94. View at Publisher View at Google Scholar
gerwig gj. structural analysis of exopolysaccharides from lactic acid bacteria. inlactic acid bacteria 2019 (pp. 67-84). humana press, new york, ny. View at Publisher View at Google Scholar
cirrincione s, breuer y, mangiapane e, mazzoli r, pessione e. 'ropy'phenotype, exopolysaccharides and metabolism: study on food isolated potential probiotics lab. microbiological research. 2018 sep 1;214:137-45. View at Publisher View at Google Scholar
sama i. effects of stress related dairy cows. View at Publisher View at Google Scholar
tu n, dat n, canh l, vinh d. detection of the potential inactivation of tetrodotoxin by lactic acid bacterial exopolysaccharide. toxins. 2018 jul;10(7):288. View at Publisher View at Google Scholar
xing s, wang j, liang jb, jahromi mf, zhu c, shokryazdan p, laudadio v, tufarelli v, liao x. lead biosorption of probiotic bacteria: effects of the intestinal content from laying hens. environmental science and pollution research. 2017 may 1;24(15):13528-35. View at Publisher View at Google Scholar
arena mp, russo p, spano g, capozzi v, fiocco d. 2 exopolysaccharides. View at Publisher View at Google Scholar
hao l, liu w, liu k, shan k, wang c, xi c, liu j, fan q, zhang x, lu x, xu y. isolation, optimization of fermentation conditions, and characterization of an exopolysaccharide from pseudoalteromonas agarivorans hao 2018. marine drugs. 2019 dec;17(12):703. View at Publisher View at Google Scholar
kavitake d, marchawala fz, delattre c, shetty ph, pathak h, andhare p. biotechnological potential of exopolysaccharide as a bioemulsifier produced by rhizobium radiobacter cas isolated from curd. bioactive carbohydrates and dietary fibre. 2019 oct 1;20:100202. View at Publisher View at Google Scholar
ar s, sb m, mk r, bk n, msa f, akmh k. isolation of exopolysaccharide producing lactobacillus bulgaricus organism from yoghurt. international journal of natural sciences. 2017 jan 1;6(3). View at Publisher View at Google Scholar
berthold-pluta am, pluta as, garbowska m, stasiak-róÅ¼aÅ„ska l. exopolysaccharide-producing lactic acid bacteria–health-promoting properties and application in the dairy industry. advancements of microbiology. 2019 apr 1;58(2):191-204. View at Publisher View at Google Scholar
adesulu-dahunsi at, jeyaram k, sanni ai, banwo k. production of exopolysaccharide by strains of lactobacillus plantarum yo175 and of101 isolated from traditional fermented cereal beverage. peerj. 2018 oct 10;6:e5326. View at Publisher View at Google Scholar
oladoja na, unuabonah ei, amuda os, kolawole om. tapping into microbial polysaccharides for water and wastewater purifications. inpolysaccharides as a green and sustainable resources for water and wastewater treatment 2017 (pp. 91-110). springer, cham. View at Publisher View at Google Scholar
tehri n, kumar n, gopaul r, sharma pk, raghu hv. analytical potential of bacterial spores for assessment of milk quality. inmicrobial cell factories 2018 mar 22 (pp. 371-382). crc press. View at Publisher View at Google Scholar
kanekar pp, deshmukh sv, kanekar sp, dhakephalkar pk, ranjekar pk. exopolysaccharides of halophilic microorganisms: an overview. inindustrial biotechnology 2017 mar 3 (pp. 21-48). apple academic press. View at Publisher View at Google Scholar
kavitake d, kandasamy s, devi pb, shetty ph. food bioscience. View at Publisher View at Google Scholar
semjonovs p, shakirova l, broks r, kistkins s, zikmanis p. research article influence of environmental factors on extracellular fructan and oligosaccharide production by gluconobacter nephelii. View at Publisher View at Google Scholar
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