| Nome |
# |
|
The extreme environment of a library: Xerophilic fungi inhabiting indoor niches, file e4239ddb-5a1f-7180-e053-3705fe0a3322
|
812
|
|
A five-year study on the heavy-metal pollution of Guanabara Bay sediments (Rio de Janeiro, Brazil) and evaluation of the metal bioavailability by means of geochemical speciation, file e4239ddb-4d72-7180-e053-3705fe0a3322
|
605
|
|
Bidirectional fluxes of spermine across the mitochondrial membrane., file e4239ddb-5838-7180-e053-3705fe0a3322
|
450
|
|
Detection of volatile metabolites of moulds isolated from a contaminated library, file e4239ddc-14b8-7180-e053-3705fe0a3322
|
449
|
|
A bioanalytical method for the monitoring of metal alkyls in solution., file e4239ddb-4d73-7180-e053-3705fe0a3322
|
342
|
|
TCMS inhibits ATP synthesis in mitochondria: a systematic analysis of the inhibitory mechanism, file e4239ddb-69bf-7180-e053-3705fe0a3322
|
327
|
|
Heparin-induced structural and functional alterations of bovine trypsin, file e4239ddb-4ff1-7180-e053-3705fe0a3322
|
326
|
|
The interaction of zinc pyrithione with mitochondria from rat liver and a study of the mechanism of inhibition of ATP synthesis, file e4239ddb-514c-7180-e053-3705fe0a3322
|
325
|
|
Beef heart mitochondria for the Rotenone monitoring., file e4239ddb-58e6-7180-e053-3705fe0a3322
|
300
|
|
A comparison between the responses of neutral red and acridine orange: Acridine Orange should be preferential and alternative to neutral red as a dye for the monitoring of contaminants by means of biological sensors, file e4239ddb-6876-7180-e053-3705fe0a3322
|
297
|
|
A possible transport mechanism for aluminum in biological membranes, file e4239ddb-69c2-7180-e053-3705fe0a3322
|
296
|
|
The interaction of tributyllead with lysosomes from rat liver, file e4239ddb-69cb-7180-e053-3705fe0a3322
|
296
|
|
An in vitro study on the toxic effects of nonylphenols (NP) in mitochondria, file e4239ddb-4d70-7180-e053-3705fe0a3322
|
286
|
|
A new proposal regarding the transport mechanism of mercury in biological membranes, file e4239ddb-69bc-7180-e053-3705fe0a3322
|
280
|
|
Methylmercury induces the opening of the permeability transition pore in rat liver mithocondria., file e4239ddb-514b-7180-e053-3705fe0a3322
|
274
|
|
The interactions of Cobalt(II) with mitochondria from rat liver, file e4239ddb-69be-7180-e053-3705fe0a3322
|
274
|
|
The interactions of cetyltrimethylammonium with mitochondria: an uncoupler or a detergent?, file e4239ddb-5bbd-7180-e053-3705fe0a3322
|
257
|
|
Frozen mitochondria as rapid water quality bioassay, file e4239ddb-4d74-7180-e053-3705fe0a3322
|
248
|
|
The mitochondria as biosensors for the monitoring of detergent compounds in solution, file e4239ddb-69cc-7180-e053-3705fe0a3322
|
239
|
|
The interaction of Methylmercury with Lysosomes from rat liver, file e4239ddb-69c0-7180-e053-3705fe0a3322
|
230
|
|
A new procedure for the monitoring of Cationic Detergents in solution, file e4239ddb-69c3-7180-e053-3705fe0a3322
|
220
|
|
Fungal contamination specifically related to the use of Compastus shelvings: the case study of a Venetian library, file e4239ddb-7010-7180-e053-3705fe0a3322
|
219
|
|
Tributyltin and mitochondria: new evidence in support of an uncoupling mechanism and further characterization of the transport mechanism, file e4239ddb-69c1-7180-e053-3705fe0a3322
|
206
|
|
Irgarol inhibits ATP synthesis in mitochondria, file e4239ddb-69bd-7180-e053-3705fe0a3322
|
205
|
|
Interactions of Cr(VI) and Cr(III) with isolated rat live mitochondria., file e4239ddb-4f77-7180-e053-3705fe0a3322
|
179
|
|
An in vitro study of the interaction of Sea-Nine with rat lever mitochondria, file e4239ddb-2db4-7180-e053-3705fe0a3322
|
161
|
|
Organotins as mitochondria toxins., file e4239ddb-4684-7180-e053-3705fe0a3322
|
145
|
|
Trialkyllead compounds induce the opening of the MPT pore in rat liver mitochondria, file e4239ddb-69bb-7180-e053-3705fe0a3322
|
142
|
|
The accumulation in lysosomes of the anionic detergent alkylbenzene sulfonate., file e4239ddb-4d71-7180-e053-3705fe0a3322
|
134
|
|
An alternative to Neutral Red as a dye for environmental contaminant biomonitoring., file e4239ddb-3fdc-7180-e053-3705fe0a3322
|
128
|
|
Environmental assessment of polycyclic aromatic hydrocarbons (PAHs) of sediments of Guanabara Bay, Rio de Janeiro, Brazil., file e4239ddb-44cf-7180-e053-3705fe0a3322
|
126
|
|
Exposure and risk in indoor environment: VOCs analysis from unexpected microbiological sources, file e4239ddb-bcaa-7180-e053-3705fe0a3322
|
124
|
|
Study of the toxicity of marine sediments of Babitonga Bay – Brazil., file e4239ddb-4ff4-7180-e053-3705fe0a3322
|
122
|
|
Fungal infections and Cultural Heritage: An alternative approach for VOCs analysis applied in indoor environment, file e4239ddb-7011-7180-e053-3705fe0a3322
|
122
|
|
Mycotoxin-producing ability of indoor airbone fungi isolated from librarian environment affected by mould contamination, file e4239ddb-b64b-7180-e053-3705fe0a3322
|
101
|
|
Heavy metal mobilization monitored by a mussel bioaccumualtion test., file e4239ddb-404d-7180-e053-3705fe0a3322
|
94
|
|
Antioxidant action of two polyphenols, resveratrol and piceid, on a biological model in vitro., file e4239ddb-3fda-7180-e053-3705fe0a3322
|
86
|
|
Mitochondria as biosensors for toxicity measurements in solution, file e4239ddb-69d0-7180-e053-3705fe0a3322
|
70
|
|
A study of the toxic effects of six dibenzofuranes in mitochondria from rat liver, file e4239ddb-69cf-7180-e053-3705fe0a3322
|
68
|
|
Environmental risk management in confined spaces. A study case of an archive like a model of indoor environment involved with biodeterioration., file e4239ddb-3fd1-7180-e053-3705fe0a3322
|
67
|
|
Mechanism and Pathophysiological Role of Polyamine Transport in Mammalian Mitochondria. Answer to Debated Questions, file e4239ddb-5839-7180-e053-3705fe0a3322
|
65
|
|
Evidence of a hormetic effect in growth inhibition algal test., file e4239ddb-3fed-7180-e053-3705fe0a3322
|
58
|
|
Heavy metal bioaccumulation trends in the shell of two Bivalve species: a comparative study., file e4239ddb-3fd7-7180-e053-3705fe0a3322
|
53
|
|
Estimation of experimental conditions to maximize mussels shell capability in trace metals accumulation., file e4239ddb-3fd6-7180-e053-3705fe0a3322
|
51
|
|
Examination and evaluation of a coastal environment contamination at a formed shooting area., file e4239ddb-3fe3-7180-e053-3705fe0a3322
|
44
|
|
BIO2REMEDIATION®: A self-sustainable tool for the treatment of shallow polluted basins., file e4239ddb-3fcf-7180-e053-3705fe0a3322
|
39
|
|
Heavy metal distribution in Grado Lagoon sediments., file e4239ddb-404c-7180-e053-3705fe0a3322
|
36
|
|
Improvement on frozen mitochondria bioassay: a methodological remark., file e4239ddb-3fd8-7180-e053-3705fe0a3322
|
35
|
|
FM22 (Frozen Mitochondria bioassay): an animal alternative bioassay for toxicity measures for water soluble samples., file e4239ddb-3fde-7180-e053-3705fe0a3322
|
34
|
|
Sediment elutriation, toxicity and bioconcentration in Guanabara Bay.[Chap. 12], file e4239ddb-3f6b-7180-e053-3705fe0a3322
|
28
|
|
In vitro test system develop to simulate sediment water column - biota heavy metal interchange, file e4239ddb-52ae-7180-e053-3705fe0a3322
|
20
|
|
Bivalve Mollusc metallothionein during acute bioaccumulation tests, file e4239ddb-52a0-7180-e053-3705fe0a3322
|
18
|
|
Active and passive biomonitoring comparison: a good choose to understand the complexity of a transition environment, file e4239ddb-52ad-7180-e053-3705fe0a3322
|
15
|
|
DSS applied in Guanabara Bay. [Chap. 7], file e4239ddb-3f6d-7180-e053-3705fe0a3322
|
14
|
|
Heavy metal polluted sediment, biota uptake and metallothionein induction: does it always exist linear relation?, file e4239ddb-52a5-7180-e053-3705fe0a3322
|
14
|
|
Applicazione di una tecnica di biomarker a bioti della laguna di Venezia e correlazione con i dati sedimentologici, file e4239ddb-52a9-7180-e053-3705fe0a3322
|
14
|
|
Heavy metals distribution in Guanabara Bay, Rio de Janeiro: preliminary results, file e4239ddb-52ab-7180-e053-3705fe0a3322
|
13
|
|
The elutriate toxicity of sediments from tropical areas, file e4239ddb-52a3-7180-e053-3705fe0a3322
|
12
|
|
Polycyclic aromatic hydrocarbons (PAHs) in sediments of Guanabara Bay, Rio de Janeiro, Brazil., file e4239ddb-52b1-7180-e053-3705fe0a3322
|
12
|
|
Assessment of the environmental pollution relative to Cd and metallothionein concentration in tissues of mussels, file e4239ddb-529f-7180-e053-3705fe0a3322
|
10
|
|
In vitro Cd release from sediment and bioaccumulation in filtering biota (M. galloprovincialis) in different oxygen concentration, file e4239ddb-52af-7180-e053-3705fe0a3322
|
10
|
|
Cd-metallothionein quantification by gel-chromatografy after acute and subchronic bioaccumulations tests., file e4239ddb-52b0-7180-e053-3705fe0a3322
|
10
|
|
Cd-metallothioneins synthesis in the hepatopancreas of Mytilus galloprovincialis, file e4239ddb-52a4-7180-e053-3705fe0a3322
|
9
|
|
Influenza della concentrazione di ossigeno nel bioaccumulo e nell’induzione di Cd-tioneine in Mytilus galloprovincialis in relazione alla biodisponibilità nel sedimento, file e4239ddb-52a8-7180-e053-3705fe0a3322
|
9
|
|
In vitro test to determine Cd bioaccumulation in Mytilus galloprovincialis, file e4239ddb-52a6-7180-e053-3705fe0a3322
|
8
|
|
The Venice and Grado - Marano lagoons (Italy): are metallothioneins useful tools to monitoring heavy metals pollution in transition environment?, file e4239ddb-52ac-7180-e053-3705fe0a3322
|
8
|
|
Técnicas para previsão de efeitos ambientais causados por estressores ecológicos. Testes com organismos.[Cap. 12], file e4239ddb-3f66-7180-e053-3705fe0a3322
|
7
|
|
Polycyclic aromatic hydrocarbons bioaccumulation from sediment to mussel (Mytilus galloprovincialis), file e4239ddb-52a2-7180-e053-3705fe0a3322
|
7
|
|
Técnicas para previsão de efeitos ambientais causados por estressores ecológicos. Principios generais.[Cap. 11], file e4239ddb-3f65-7180-e053-3705fe0a3322
|
6
|
|
Técnicas para previsão de efeitos ambientais causados por estressores ecológicos. Testes morfologicos, bioquimicos e quimicos. [Cap. 13], file e4239ddb-3f67-7180-e053-3705fe0a3322
|
6
|
|
Release of micro-pollutants from sediment and bioaccumulation in mussels in condition of tangential aeration, file e4239ddb-52aa-7180-e053-3705fe0a3322
|
6
|
|
Oxygenated and anoxic water condition influence on Cd release and bioaccumulation in filtering biota, file e4239ddb-52a1-7180-e053-3705fe0a3322
|
5
|
|
Health state of mollusc productive sites: Biochemical, physiologicaland molecular markers, file e4239ddb-e154-7180-e053-3705fe0a3322
|
3
|
|
null, file e4239ddb-570c-7180-e053-3705fe0a3322
|
1
|
|
Optimal conditions for avoiding emission of polynuclear aromatic hydrocarbons (PAH) during combustion of sherred recycled tire rubber, file e4239ddb-69d1-7180-e053-3705fe0a3322
|
1
|
|
How traces of pollutants in the environment modify bioremediation efficiency performed with Desulfovibrio vulgaris, and the advantage of an optimization protocol using soft chemicals, file e4239ddc-c52d-7180-e053-3705fe0a3322
|
1
|
| Totale |
10.314 |