Italiano
The ARP laboratory includes in detail the following equipment:
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Applied Photophysics single-mixing -SX-18
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Applied Photophysics Pi-star 180,
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Applied Photophysics sequential-mixing DX-17MV
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Tgk Scientific Hi-Tech PTJ-64 capacitor-discharge T-jump apparatus
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In-house built continuous flow (original prototype) based on a capillary mixing methodology (dead-time 50 μs) with a fluorescence CCD camera
Fonte di Finanziamento:
Attrezzatura acquisita con altri fondi
Nome e acronimo del laboratorio o locale che ospita l'attrezzatura:
ROOM T5
Department or host center:
Edificio:
CU027 - Fisiologia Umana Farmacia e Medicina
Pagina web laboratorio/attrezzatura:
Servizi offerti:
The ARP facility allows to measure rapid kinetic processes (micro- to milliseconds) on purified macromolecules in vitro by different spectroscopies (absorbance, fluorescence).
Contatti:
cognome | nome | |
---|---|---|
Cutruzzolà | Francesca |
Numero di utenti per anno:
30
Dipartimenti interessati:
Elenco Imprese utenti:
Elenco altri utenti:
Ricavi - trasferimenti interni:
Anno:
2021
fatture emesse:
data |
---|
18/03/2021 |
spese manutenzione:
anno |
---|
2021 |
Description of research activity:
The ARP facility allows to measure rapid kinetic processes (micro- to milliseconds) on purified macromolecules in vitro by different spectroscopies (absorbance, fluorescence).
An array of instruments are available, including stopped-flow instruments (msec-time frame ≥ 10 ms) to study folding/unfolding processes, enzyme reaction mechanisms, rapid binding or dissociation processes (absorbance and fluorescence). For faster measurements, a Hi-Tech PTJ-64 capacitor-discharge T-jump apparatus ( ≥ 20 μs) for fluorescence and absorbance experiments is available, as well as an in-house built continuous flow (original prototype) based on a capillary mixing methodology (dead-time 50 μs).
An array of instruments are available, including stopped-flow instruments (msec-time frame ≥ 10 ms) to study folding/unfolding processes, enzyme reaction mechanisms, rapid binding or dissociation processes (absorbance and fluorescence). For faster measurements, a Hi-Tech PTJ-64 capacitor-discharge T-jump apparatus ( ≥ 20 μs) for fluorescence and absorbance experiments is available, as well as an in-house built continuous flow (original prototype) based on a capillary mixing methodology (dead-time 50 μs).
Description of educational/training activity:
Training of PhD, post docs (both internal and external)
Description of other activities:
Very recently, in the framework of the INFRAIA-2020 call for Starting Infrastructures (Project MOSBRI), the host department and the ARP infrastructure were selected for TransNational Access Scheme, funded by the European Commission.
Responsabile dell'Attrezzatura:
francesca.cutruzzola@uniroma1.it
Settore ERC:
LS1
Ambiti tecnologici trasversali - Key Enabling Technologies:
Life-science technologies & biotechnologies
Keyword iris:
Biochemistry
chemical kinetics
proteins
Stato dell'attrezzatura:
In funzione