Submitted data - Master Program in Molecular Biotechnology

Laboratories

N. filled forms: 19

Data: #0003

_id:

0003

Tutor :

Andrea Graziani

E-mail:

andrea.graziani@unito.it

Thesis Project:

Role of Diacylglcycerol kinase-alpha, a negative regulator of antigen-induced T cell response, in coupling metabolism to TCR recycling and signaling strenght: implications for cancer immunotherapy.

Number positions available:

Location (Address):

MBC, via Nizza 52

Notes:

Group:

guest

_pid:

qfrE0oeB3eAatElyGN4e7s7xBxnjxbYRI

_at:

03/11/2020 12:26

_from:

79.44.217.99

Data: #0005

_id:

0005

Tutor :

Andrea Graziani

E-mail:

andrea.graziani@unito.it

Thesis Project:

Tumor-induced resistance to beta-adrenergic signaling impairs Neuromuscular Junction turnover and function: implications in cancer- and ageing-associated skeletal muscle wasting.

Number positions available:

Location (Address):

MBC, via Nizza 52

Notes:

Group:

guest

_pid:

qfrE0oeB3eAatElyGN4e7s7xBxnjxbYRI

_at:

03/11/2020 12:34

_from:

79.44.217.99

Data: #0012

_id:

0012

Tutor :

Benedetta Bussolati

E-mail:

benedetta.bussolati@unito.it

Thesis Project:

Role of extracellular vesicles as diagnostic and therapeutic tool

Number positions available:

Location (Address):

MBC via Nizza 52

Notes:

Group:

guest

_pid:

qfrE0oeB3eA342WEoNn6YY

_at:

12/11/2020 09:39

_from:

151.38.64.5

Data: #0001

_id:

0001

Tutor :

Claudio Medana

E-mail:

claudio.medana@unito.it

Thesis Project:

Determination of bioactive molecules by mass spectrometry

Number positions available:

Location (Address):

via Giuria 5

Notes:

Group:

docenti

_pid:

wHUpnnPWQzkzWZc6Wp5w5k

_at:

03/11/2020 12:12

_from:

130.192.98.146

Data: #0011

_id:

0011

Tutor :

Deborah Chiabrando

E-mail:

deborah.chiabrando

Thesis Project:

Investigation of the role of heme metabolism in hydrocephalus

Number positions available:

Location (Address):

Molecular Biotechnology Center (MBC), Via Nizza 52

Notes:

Group:

guest

_pid:

qfrE0oeB3eAqmnCOaL6Pac4oHIDwQINTI

_at:

11/11/2020 11:36

_from:

109.75.122.82

Data: #0008

_id:

0008

Tutor :

Eliana Gianolio

E-mail:

eliana.gianolio@unito.it

Thesis Project:

Spectroscopic investigation (EPR and NMR) of the Gd-retention issue upon administration of Gd-based contrast agents

Number positions available:

Location (Address):

MBC- Via Nizza 52

Notes:

Group:

guest

_pid:

qfrE0oeB3eAP1LEDyhbUEEy7MQgMd6

_at:

04/11/2020 09:15

_from:

2.37.117.146

Data: #0010

_id:

0010

Tutor :

Emanuela Tolosano

E-mail:

emanuela.tolosano@unito.it

Thesis Project:

Impact of heme metabolism on tumor initiation and progression

Number positions available:

Location (Address):

Via Nizza 52

Notes:

Group:

guest

_pid:

qfrE0oeB3eASiVYZKi5iWs4oHIDwQINTI

_at:

10/11/2020 10:50

_from:

79.40.215.106

Data: #0006

_id:

0006

Tutor :

Emilio Hirsch

E-mail:

emilio.hirsch@unito.it

Thesis Project:

Cardioncologia

Number positions available:

Location (Address):

Via Nizza 52

Notes:

Group:

guest

_pid:

qfrE0oeB3eA28CLWednkOYWhI8nbcR9Hs

_at:

03/11/2020 15:26

_from:

151.33.118.159

Data: #0014

_id:

0014

Tutor :

Ferdinando Di Cunto

E-mail:

ferdinando.dicunto@unito.it

Thesis Project:

Functional analysis of microcephaly genes in brain tumors

Number positions available:

Location (Address):

Neuroscience Institute Cavalieri Ottolenghi - Regione Gonzole 10, Orbassano TO

Notes:

Group:

guest

_pid:

qfrE0oeB3eA32YQdK214ID0vfVHnb8to

_at:

13/11/2020 10:32

_from:

93.37.213.60

Data: #0015

_id:

0015

Tutor :

Ferdinando Di Cunto

E-mail:

ferdinando.dicunto@unito.it

Thesis Project:

Dimensional reduction of genetic factors implicated in neurodevelopmental disorders; Computational definition of gene networks involved in determination of sensitivity to ionizing radiations

Number positions available:

Location (Address):

Department of Neuroscience, Corso Massimo D'Azeglio 52, Torino

Notes:

This theses will mostly involve computational biology work, with limited possibility of performing experimental activities.

Group:

guest

_pid:

qfrE0oeB3eA32YQdK214ID0vfVHnb8to

_at:

13/11/2020 10:39

_from:

93.37.213.60

Data: #0009

_id:

0009

Tutor :

Filippo Tempia

E-mail:

filippo.tempia@unito.it

Thesis Project:

Cellular and molecular mechanisms of mood disorders

Number positions available:

Location (Address):

Neuroscience Institute Cavalieri Ottolenghi, Ospedale San Luigi Gonzaga (Orbassano)

Notes:

Group:

guest

_pid:

qfrE0oeB3eAMyZbxzpJUxAXkYQKxAFChY

_at:

04/11/2020 09:15

_from:

37.117.155.123

Data: #0002

_id:

0002

Tutor :

Dr. Giuseppe Ferrauto

E-mail:

giuseppe.ferrauto@unito.it

Thesis Project:

Development of innovative nanosystems ( liposomes, mesoporous silica nanoparticles, etc...) for delivery of contrast agents and drugs

Number positions available:

Location (Address):

Molecular Imaging Center- Molecular Biotechnology Center- Via Nizza 52, Torino

Notes:

Laboratory at interface between chemistry and biotechnology- The project covers i) development and characterization of nanosystems, ii) application in cell colture, iii) application in vivo, iv) execution of in vivo imaging (MRI, Photoacustic)

Group:

guest

_pid:

qfrE0oeB3eAEIiyuIrYD4o

_at:

03/11/2020 12:25

_from:

151.60.189.244

Data: #0004

_id:

0004

Tutor :

Dr. Giuseppe Ferrauto

E-mail:

giuseppe.ferrauto@unito.it

Thesis Project:

Innovative Magnetic Resonance methods for tumor microenvironment characterization

Number positions available:

Location (Address):

Molecular Imaging Center- Molecular Biotechnology Center- Via Nizza 52, Torino

Notes:

Laboratory at interface between chemistry and biotechnology- The project covers in vitro, in cellulo and in vivo experiments.

Group:

guest

_pid:

qfrE0oeB3eAEIiyuIrYD4o

_at:

03/11/2020 12:27

_from:

151.60.189.244

Data: #0020

_id:

0020

Tutor :

Mara Brancaccio

E-mail:

mara.brancaccio@unito.it

Thesis Project:

Role of chaperone proteins in cancer progression.

Number positions available:

Location (Address):

Molecular Biotechnology Center - via Nizza, 52 -Torino

Notes:

Group:

guest

_pid:

qfrE0oeB3eAbHEYQJOOE6MEy7MQgMd6

_at:

04/02/2021 12:01

_from:

37.162.133.5

Data: #0016

_id:

0016

Tutor :

Paolo Porporato

E-mail:

paolo.porporato@unito.it

Thesis Project:

Role of Iron Metabolism in cancer progression

Number positions available:

Location (Address):

Via Nizza 52

Notes:

Group:

guest

_pid:

qfrE0oeB3eAVn0POOaW1o5hjKQST6xk

_at:

13/11/2020 11:48

_from:

130.192.140.115

Data: #0019

_id:

0019

Tutor :

Raffaele A Calogero

E-mail:

raffaele.calogero@unito.it

Thesis Project:

Defining the basic requirements for robust analysis of single-cell RNAseq data

Number positions available:

Location (Address):

MBC, Via Nizza 52

Notes:

Group:

guest

_pid:

qfrE0oeB3eAMC0qKAfr1MXkYQKxAFChY

_at:

02/12/2020 13:37

_from:

2.35.203.191

Data: #0017

_id:

0017

Tutor :

Simonetta Geninatti Geninatti Crich

E-mail:

simonetta.geninatti@unito.it

Thesis Project:

Assessing tumor status and activity, by measuring intracellular water dynamic as a new metabolic biomarker, using Nuclear Magnetic Resonance

Number positions available:

Location (Address):

52, via Nizza

Notes:

Group:

guest

_pid:

qfrE0oeB3eATbslW2wsI2Ey7MQgMd6

_at:

29/11/2020 22:15

_from:

93.39.146.27

Data: #0018

_id:

0018

Tutor :

Simonetta Geninatti Crich

E-mail:

simonetta.geninatti@unito.it

Thesis Project:

Organic radicals for in vivo detection of enzymatic activity and early detection of pathologies

Number positions available:

Location (Address):

52, via Nizza

Notes:

Group:

docenti

_pid:

vG374NKuYSc9MfRVlkQf8g

_at:

30/11/2020 16:51

_from:

93.39.146.27

Data: #0013

_id:

0013

Tutor :

Valeria Poli

E-mail:

valeria.poli@unito.it

Thesis Project:

Characterization of transcriptional regularory circuits in cancer.

Number positions available:

Location (Address):

MBC, Via Nizza 52

Notes:

This is a bioinformatics project based on the analysis of gene expression databases of patients and cell lines, aimed at identifying novel therapeutic targets to interfere with to subvert the peculiar transciprional circuits of cancer cells

Group:

guest

_pid:

qfrE0oeB3eAHMUWKIB9nY

_at:

12/11/2020 14:39

_from:

93.34.151.130