Jan H. Jensen is a professor at the University of Copenhagen who teaches courses in nanotechnology, molecular statistics, chemistry, and computational chemistry. His research focuses on protein design, bio-catalysis, nano-biosensors, quantum chemistry, and structural bioinformatics software development. His research group includes several postdocs and PhD students working on projects related to protein structure determination, enzyme catalysis, protein stability, drug design, and nano-biosensors.
Potential application of nanoparticles in medicineBangaluru
Nanoparticle applications in management and control of serious diseases such as cancers are promising. Nanoparticles target
the drugs delivery system specifically to malignant cells. They are able to penetrate the stratum corneum barrier of the skin and thus have been used
widely as a treatment tool in skin cancer imaging, vaccine delivery via the skin, antimicrobials and wound healing. Recently, nanoparticles were used in
lung diseases through their ability to accumulation the drugs in the diseased lung areas by providing a local inhalation delivery of active components.
Potential application of nanoparticles in medicineBangaluru
Nanoparticle applications in management and control of serious diseases such as cancers are promising. Nanoparticles target
the drugs delivery system specifically to malignant cells. They are able to penetrate the stratum corneum barrier of the skin and thus have been used
widely as a treatment tool in skin cancer imaging, vaccine delivery via the skin, antimicrobials and wound healing. Recently, nanoparticles were used in
lung diseases through their ability to accumulation the drugs in the diseased lung areas by providing a local inhalation delivery of active components.
It has been almost decades since the “war on cancer” was declared. It is now generally
believed that personalized medicine is the future for cancer patient management.
Possessing unprecedented potential for early detection, accurate diagnosis, and
personalized treatment of cancer, nanoparticles have been extensively studied over the last
decade. In this report, I will try to summarize the current state-of-the-art nanoparticles in
biomedical applications targeting cancer. Multi- functionality nanoparticle-based agents.
Targeting ligands, imaging labels, therapeutic Drugs, and other. And the Role of Chemical
Engineers in this field and the promise that it holds for future.
FSM 2015 - International Biophysics ConferenceDirk Hähnel
Fluorescence Spectroscopy, Microscopy and Molecular Cell
Mechanics
Program and Abstract Book
8th – 11th October 2015
Pollentia Club Resort, 07400 Alcúdia, Spain
Event organizer:
Georg August University
Third Institute of Physics
Dirk Hähnel
Friedrich Hund Platz 1
37077 Göttingen, Germany
Use of nanotechnology in medical science (pros and cons)Vikram Kataria
here in this presentation I had shared the basic information regarding use of nanotechnology in medical science and what wonders and improvements that nano technology did in the field of medical science.
Quantum dots and application in medical sciencekeyhan *
applications of quantum dots in medicine
Pharmacy and pharmacology
Bioimaiging (in vitro labelling , in vivo imaging)
Tumor & cancer target
Pathogen and toxin detection
Photothermal therapy (PTT)
photodynamic therapy (PDT)
Targeted surgery
Immunoassay
DNA analysis
biological monitoring
drug discovery
It has been almost decades since the “war on cancer” was declared. It is now generally
believed that personalized medicine is the future for cancer patient management.
Possessing unprecedented potential for early detection, accurate diagnosis, and
personalized treatment of cancer, nanoparticles have been extensively studied over the last
decade. In this report, I will try to summarize the current state-of-the-art nanoparticles in
biomedical applications targeting cancer. Multi- functionality nanoparticle-based agents.
Targeting ligands, imaging labels, therapeutic Drugs, and other. And the Role of Chemical
Engineers in this field and the promise that it holds for future.
FSM 2015 - International Biophysics ConferenceDirk Hähnel
Fluorescence Spectroscopy, Microscopy and Molecular Cell
Mechanics
Program and Abstract Book
8th – 11th October 2015
Pollentia Club Resort, 07400 Alcúdia, Spain
Event organizer:
Georg August University
Third Institute of Physics
Dirk Hähnel
Friedrich Hund Platz 1
37077 Göttingen, Germany
Use of nanotechnology in medical science (pros and cons)Vikram Kataria
here in this presentation I had shared the basic information regarding use of nanotechnology in medical science and what wonders and improvements that nano technology did in the field of medical science.
Quantum dots and application in medical sciencekeyhan *
applications of quantum dots in medicine
Pharmacy and pharmacology
Bioimaiging (in vitro labelling , in vivo imaging)
Tumor & cancer target
Pathogen and toxin detection
Photothermal therapy (PTT)
photodynamic therapy (PDT)
Targeted surgery
Immunoassay
DNA analysis
biological monitoring
drug discovery
Our third webinar in the MDC Connects Series 2021 | A Guide to Complex Medicines.
This slide deck gives an overview of the early assessment of Prototype Nanomedicine Nano Bio Interactions.
Zahra Rattray, University of Strathclyde
Quantum Biochemistry: the rise of semiempirical methods
Brief intro to my research
1. Jan
H.
Jensen
Office:
C314B
Teaching:
Nanoterm,
Molecular
Sta0s0cs
(Nano),
KemiF1,
Computa0onal
Chemistry
Research:
Protein
design,
Bio-‐catalysis,
Nano-‐biosensors,
Quantum
chemistry
and
structural
bioinforma0cs
soDware
development
Group:
Postdocs:
Mats
Olsson,
Chresten
Søndergaard,
Michal
Rostkowski,
Luca
De
Vico.
Ph.D.:
Casper
Steinmann,
Mar0n
Hediger
Anders
Christensen,
MS:
Kasper
ThoDe,
Book:
Molecular
Modeling
Basics,
2010
Blog:
molecularmodelingbasics.blogspot.com
Jan
H.
Jensen
University
of
Copenhagen
2. Research
Interests
at
a
glance
Quantum
Structural
Chemistry
Bioinforma0cs
Con0nuum
Electrosta0cs
So?ware/Webservers
ApplicaFons
Ra0onal
Design
Enzyme
catalysis
Protein
Stability
Protein
Structure
Determina0on
Nano
BioSensors
Drug
Design
Jan
H.
Jensen
University
of
Copenhagen
3. Currently
Funded
Projects/Local
CollaboraFons
Computa0onal
Design
of
Stable
Enzymes
(NABIIT
–
DSF)
Leila
Lo
Leggio/NZ
In
Silico
Ra0onal
Engineering
of
Novel
Enzymes
(EU)
NZ
Enzyme
design:
shaping
substrate
specificity
using
computa0onal
chemistry
and
novel
screening
methodology
(FTP)
MarFn
Willemöes/Jakob
Winther
(BIO)
Development
of
Electrochemical
Reactors
Using
Dehydrogenases
for
Enan0opure
Synthon
Prepara0ons
(EU)
Leila
Lo
Leggio
Protein
Structure
Determina0on
Using
Chemical
ShiDs
(Novo
Nordisk
Ph.D.
Scholarship
to
Anders
Christensen)
Thomas
Hamelryck
(BIO),
NN
Quan0ta0ve
Predic0on
of
Nano-‐Wire
Based
FET
Biosensors
(UNIK
Synthe0c
Biology
Ph.D.
Scholarship
to
Mar0n
Hediger)
Karen
MarFnez/Jesper
Nygaard
(Nano)
Jan
H.
Jensen
University
of
Copenhagen
4. Using
Molecular
SimulaFons
and
VisualizaFon
in
Chemical
EducaFon
A
200,000
Kr
grant
from
Educa0on
at
its
Best
(Den
Gode
Uddannelse)
h^p://molecularmodelingbasics.blogspot.com/
h^p://proteinsandwavefunc0ons.blogspot.com/search/label/DGU
Jan
H.
Jensen
University
of
Copenhagen
5. Center
for
ComputaFonal
Molecular
Sciences
Science
Pharma
Kurt
Mikkelsen
Flemming
Steen
Jørgensen
Jan
Jensen
Lars
Olsen
Sten
Re^rup
Life
Henrik
Kjærgaard
Peter
Thulstrup
Stephan
Sauer
Lars
Hemmingsen
Solvejg
Jørgensen
Gemma
Solomon
Mingjun
Yang
Mar0n
Andersson
h^ps://sites.google.com/site/ccomsatuc/home
h^p://proteinsandwavefunc0ons.blogspot.com/
Jan
H.
Jensen
University
of
Copenhagen
