statistiche ricercatore

Nazione	#
US - Stati Uniti d'America	438
SG - Singapore	226
IT - Italia	220
CN - Cina	162
VN - Vietnam	114
HK - Hong Kong	94
BR - Brasile	79
RU - Federazione Russa	69
IN - India	52
FR - Francia	42
KR - Corea	39
JP - Giappone	34
DE - Germania	33
GR - Grecia	32
GB - Regno Unito	23
TW - Taiwan	22
ES - Italia	19
FI - Finlandia	16
SE - Svezia	15
PK - Pakistan	14
AR - Argentina	12
CA - Canada	12
ID - Indonesia	12
TH - Thailandia	11
BD - Bangladesh	10
DK - Danimarca	10
NL - Olanda	10
PL - Polonia	10
IE - Irlanda	7
MX - Messico	7
ZA - Sudafrica	7
PH - Filippine	6
CO - Colombia	5
MY - Malesia	5
SA - Arabia Saudita	5
AU - Australia	4
IQ - Iraq	4
LT - Lituania	4
CL - Cile	3
DZ - Algeria	3
SC - Seychelles	3
UA - Ucraina	3
VE - Venezuela	3
AL - Albania	2
AT - Austria	2
CZ - Repubblica Ceca	2
EC - Ecuador	2
JO - Giordania	2
KZ - Kazakistan	2
OM - Oman	2
PT - Portogallo	2
TN - Tunisia	2
UY - Uruguay	2
UZ - Uzbekistan	2
AE - Emirati Arabi Uniti	1
CH - Svizzera	1
CR - Costa Rica	1
CY - Cipro	1
DO - Repubblica Dominicana	1
GH - Ghana	1
IL - Israele	1
JM - Giamaica	1
KE - Kenya	1
KG - Kirghizistan	1
LB - Libano	1
LV - Lettonia	1
LY - Libia	1
MZ - Mozambico	1
NG - Nigeria	1
NI - Nicaragua	1
NO - Norvegia	1
NP - Nepal	1
PY - Paraguay	1
RO - Romania	1
SK - Slovacchia (Repubblica Slovacca)	1
SR - Suriname	1
TR - Turchia	1
Totale	1.944

Nome	#
Unveiling structural and functional diversity of glycoside hydrolases from extremophilic microorganisms	354
Extreme marine and coastal environments as a source of glycoside hydrolases involved in the degradation of oligosaccharides and polysaccharides	294
Evolutionary history and activity towards oligosaccharides and polysaccharides of GH3 glycosidases from an Antarctic marine bacterium	267
A cold-active esterase enhances mesophilic properties through Mn2+ binding	266
Mn2+ binding affects the thermal properties of an Antarctic esterase	263
Iron bioleaching and polymers accumulation by an extreme acidophilic bacterium	257
Polysaccharide degradation in an Antarctic bacterium: Discovery of glycoside hydrolases from remote regions of the sequence space	220
Xylan Degradation in the Halotolerant Bacterium Bacillus altitudinis relies on glycosidic hydrolases from families 11 and 30	58
Totale	1.979

	Totale	Lug	Ago	Sett	Ott	Nov	Dic	Gen	Feb	Mar	Apr	Mag	Giu
2022/2023	44	0	0	0	0	14	13	3	3	2	5	3	1
2023/2024	65	5	2	0	4	4	11	7	2	2	2	6	20
2024/2025	652	32	52	75	22	37	28	21	45	72	88	65	115
2025/2026	1.218	105	79	81	172	152	91	191	75	112	147	13	0
Totale													1.979

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