![](media/image1.jpeg){width="1.75in" height="1.4756944444444444in"}

**Education**

*B.S., 1983, Chemical Engineering*

1979-83 Tianjin University of Science and Technology, Tianjin, China.

*Ph.D., 1991, Physical Chemistry (NMR Spectroscopy)*

1985-91 the Royal Institute of Technology, Stockholm, Sweden.

*POSTDOCTORAL EXPERIENCE:*

1992-94: Department Chemical Engineering and Material Science,
University of California, Davis.

1998-99: Lucas MRS Center, Stanford University.

**Appointments [and]{.smallcaps} positions**

1991-96: Research Associate to Research Scientist at the Department of
Physical Chemistry, the Royal Institute of Technology, Stockholm,
Sweden.

1996-97: MRI Physicist at Karolinska MR Research Center, Karolinska
Institute, Stockholm, Sweden

1999-01: Research Staff Member at Department of Psychology, Princeton
University

01-04: Assistant professor of Radiology, Indiana University School of
Medicine.

Adjunct assistant professor of Psychology, Indiana University
Bloomington.

04- Staff Scientist, LFMI, NINDS, NIH

###### 

###### **honors [and]{.smallcaps} awards**

1993 Research fellow award, the Swedish Research Council for Engineering
Sciences.

1997 Docent of Physical Chemistry, the Royal Institute of Technology,
Stockholm.

2002 Young Investigator Award, Whitaker Foundation.

###### 

###### **Professional Activities**

*Teaching:*

2000 Introduction to Magnetic Resonance Imaging, Dept. Psych, Princeton
University.

02-03 Principles of Medical Imaging, Biomedical Engineering Program,
IUPUI.

2002 Medical Image Registration (BME 595 Special Topics in BME).

2002 Guest Instructor - HSCI 690-B, Medical Diagnostic Imaging, Purdue
University.

*Professional Services:*

ad-hoc grant reviewer for the Department of Veterans Affairs

ad-hoc manuscript reviewer for *Brain Research, JMRI, Neuroimaging, NMR
Concept*.

Regular Member of NINDS special emphasis panel (ZRG1 BDCN-K10) since
2004.

*Grants:*

2000 \"Cognitive and neural mechanisms of conflict and control\" NIMH
1P50MH062196-019001, Princeton University. Director of neuroimaging
core, 07/01/00-termination due to departure.

2001 "Frontostriatal Development and Cognitive Control" Co-investigator,
NIH R01 MH63255, Princeton University, 05/01/01-termination due to
departure.

2002 \"Optimization of Diffusion Tensor Imaging in the Brain\" NIMH R21,
MH063455-01A1, PI, 2002-04.

2002 \"High resolution diffusion tensor imaging for quantitative
assessment of attention deficit hyperactivity disorder\" Whitaker
Foundation, PI, 2002-04.

*Research Interests:*

Tie's general research interest is the development of imaging and
spectroscopic techniques with potentials to improve the clinical
diagnostics and the understandings of biological and physiological
processes. Particularly, he is interested in developing rapid data
acquisition methods and exploring new imaging contrast mechanisms for
neurological applications.

###### **Selected Publications**

1\. T.Q. Li, U. Henriksson, J. C. Eriksson and L. Ödberg,
Water-cellulose interactions in fiber suspensions studied by ^17^O and
^2^H NMR relaxation, the effect of beating. *Langmuir*, **8,** 680
(1992).

2\. T.Q. Li, U. Henriksson, L. Ödberg and T. Klason, Water diffusion in
cellulose fiber samples studied by means of the pulsed gradient spin
echo method. *J. Colloid Interface Sci*., **154,** 305 (1992).

3\. T.Q. Li, U. Henriksson and L. Ödberg, Determination of pore size
distribution in cellulosic fibers by ^2^H and ^1^H NMR. *Nordic Pulp
Paper Res. J.,* **8,** 326 (1993).

4\. T.Q. Li, R. L. Powell, L. Ödberg, M. J. McCarthy and K. L. McCarthy,
Velocity measurements of fiber suspensions in pipe flow by the nuclear
magnetic resonance imaging method. *Tappi J.,* **77,** 145 (1994).

5\. T.Q. Li, M. J. McCarthy, K. L. McCarthy, J. D. Seymour, L. Ödberg
and R. L. Powell, Turbulent pipe flow studied by time-averaged NMR
imaging: measurements of velocity and turbulent intensity. *Magn. Reson.
Imaging*, **12,** 923 (1994).

6\. T.Q. Li, M. J. McCarthy, K. L. McCarthy, J. D. Seymour, L. Ödberg
and R. L. Powell, Visualization of the flow patterns of cellulose fiber
suspensions by NMR imaging. *AIChE J*., **40,** 1408 (1994).

7\. T.Q. Li and U. Eriksson, Kaolin based coating layers studied by ^2^H
and ^1^H NMR relaxation method. *Langmuir*, **10,** 4624 (1994).

8\. T.Q. Li, U. Henriksson and L. Ödberg, Determination of pore volume
in cellulose fibers by the pulsed gradient spin echo technique. *J.
Colloid Interf. Sci.*, **169,** 376 (1995).

9\. T.Q. Li and K. L. McCarthy, Pipe flow of aqueous polyacrylamide
solutions studied by means of nuclear magnetic resonance imaging. *J.
Non-Newtonian Fluids Mech.*, **57,** 155 (1995).

10\. T.Q. Li, L. Ödberg, R. L. Powell, M. J. McCarthy and M. Weldon,
Flow of pulp suspension through an abrupt contration studied by flow
encoded nuclear magnetic resonance imaging. *Nordic Pulp Paper Res. J.,*
**10**, 133 (1995).

11\. T.Q. Li, L. Ödberg, R. L. Powell and M. J. McCarthy, Pipe flow
behavior of hardwood pulp suspensions investigated by MRI. *J. Pulp
Paper Sci.,* **21,** J408 (1995).

12\. T.Q. Li, L. Ödberg, R. L. Powell and M. J. McCarthy, Quantitative
measurements of flow acceleration by means of nuclear magnetic resonance
imaging. *J. Magn. Reson. B,* **109,** 213 (1995).

13\. T.Q. Li, ^2^H NMR spectra for D~2~O adsorbed on oriented cellulose
fibers. *Applied Spectroscopy.,* **50,** 1512 (1996).

14\. T.Q. Li and L. Ödberg, The effects of polymeric flocculant on the
flow mechanisms of cellulose fiber suspensions studied by means of
nuclear magnetic resonance imaging. *Colloid Interface Sci.,* **115**,
127 (1996).

15\. A. Suurnäkki, T.Q. Li, J. Buchert, M. Tenkanen, L. Viikari, T.
Vuorinen, and L. Ödberg, Effect of enzymatic removal of xylan and
glucomannan on pore size distribution of kraft fibres. *Holzforschung,*
**51**, 27 (1997).

16\. A. Takahashi, T.Q. Li and S. Jörgensen, A pulse sequence for flow
evaluation based on self-refocused RF and interleaved spiral readout.
*J. Magn. Reson.,* **126,** 127 (1997).

17 A. Takahashi, M. Häggkvist and T.Q. Li, Water penetration in fibrous
matrices investigated by dynamic spiral MRI. *Phys Rev E,* **56,** 2035
(1997).

18\. T.Q. Li, M. Häggkvist and L. Ödberg, Porous structure of cellulose
fibers studied by Q-space NMR imaging*. Langmuir,* **13,** 3570 (1997).

19\. T.Q. Li and L. Ödberg, Studies of flocculation in cellulose fibre
suspensions by NMR imaging. *J. Pulp Paper Sci.,* **23,** J8 (1997).

20\. T.C. Maloney, T.Q. Li, U. Weise and H. Paulapuro, Intra- and
Interfiber pore closure in wet pressing. *Appita,* **50,** 301 (1997).

21\. T.Q. Li, Z. G. Chen and T. Hindmarsh, Diffusion magnetic resonance
imaging of acute cerebral ischemia. *Acta Radiol.*, **39,** 460 (1998).

22\. M. Häggkvist, T.Q. Li and L. Ödberg The effects of pressing and
drying on the pore size distributions of cellulose fibers studied by NMR
technique. *Cellulose,* **5,** 33 (1998).

23\. A. Kastrup, T.Q. Li, A. Takahashi, G. H. Glover and M. E. Moseley,
Functional magnetic resonance imaging of regional cerebral blood flow
and oxygenation changes during breath-holding. *Stroke,* **29,** 2641
(1998).

24\. D.F. Arola, R. L. Powell, M. J. McCarthy, T.Q. Li och L. Ödberg
Nuclear magnetic resonance imaging study of pulp suspension flow through
an abrupt expansion. *AIChE J.* **44,** 2597 (1998).

25\. T.Q. Li, A. Takahashi, T. Hindmarsh and M. Moseley, ADC mapping by
means of one-shot spiral MRI technique and preliminary experience in
acute cerebral ischemia. *Magn. Reson. Med.* **41**, 143 (1999).

26\. T.B. Brismar, M. Karlson, T.Q. Li, and H. Ringertz, The correlation
between R~2~^´^ and vertebral bone mineral content in human vertebrae.
*Eur Radiol.* **9**, 141 (1999).

27\. T.B. Brismar, M. Karlson, T.Q. Li, and H. Ringertz, Orientation of
trabecular bone in human vertebrae assessed by MRI measurements. *Eur
Radiol.* **9**, 643 (1999).

28\. T.Q. Li, A. Kastrup, A. M. Takahashi and M. E. Moseley, Functional
MRI of human brain during breath holding by BOLD and FAIR techniques.
*Neuroimage*, **9**, 243 (1999).

29\. T.Q. Li, M. Häggkvist and L. Ödberg, The porous structure of paper
coatings studied by diffusion tensor mapping. *Colloid Interface Sci.*
**159,** 57 (1999).

30, A. Kastrup, T.Q. Li, G. H. Glover and M. E. Moseley, Gender
differences in cerebral blood flow response during focal physiologic
neural activity. *J. Cereb. Blood Flow Metab.***19**, 1066 (1999).

31\. T. Jonsson, A. Wennerberg, H. Forsberg, Gary Glover, and T.Q. Li,
An imaging registration strategy for multi-echo fMRI. *JMRI*, **10,**
154 (1999).

32\. A. Kastrup, T.Q. Li, G. H. Glover and M. E. Moseley, Functional
magnetic resonance imaging of regional cerebral blood flow changes
during breath-holding. *AJNR,* **20,** 1233 (1999).

33\. A. Kastrup, T.Q. Li, G. H. Glover and M. E. Moseley, Correlation
between basal CBF and rCBF response induced by focal activation.
*Neuroreport,* **10,** 1751 (1999).

34\. T.Q. Li, M. E. Moseley and Gary Glover, A FAIR study of motor
cortex activation under normo- and hypercapnia induced by breath
challenge. *Neuroimage*, **10**, 562 (1999)

> 35\. R.E. Anderson, T.Q. Li, T. Hindmarsh, G. Settergren and J. Vaage,
> Increased extracellular brain water after coronary artery bypass
> grafting is avoided by off-pump surgery*. J Cardiothorac Vasc Anesth*
> **13**, 698 (1999).

36\. T.Q. Li, Z.G. Chen, L. Ostergaard, T. Hindmarsh and M.E. Moseley,
Quantification of cerebral blood low by bolus tracking and artery spin
tagging methods. *Magn. Reson. Imaging*, **18,** 503 (2000).

37\. G.H. Glover, T.Q. Li and D. Ress, Image-based method for
retrospective correction of physiological motion effects in
fMRI:RETROICOR. *Magn. Reson. Med,* **44,** 162 (2000).

38\. T. Neumann-Haefelin, H.J. Wittsack, T.Q. Li, M.E. Moseley and M.
Siebler, Diffusion- and perfusion-weighted MRI: Influence of severe
carotid artery stenosis on the DWI / PWI -- mismatch in acute stroke.
*Stroke* **13,** 1311 (2000).

39\. T. Neumann-Haefelin, H.J. Wittsack, T.Q. Li, M.E. Moseley and M.
Siebler, Diffusion- and perfusion-weighted MRI in a case with prolonged
reversible ischemic neurological deficit (PRIND): are moderate ADC
reductions reversible? *NeuroRadiology*, **42**, 444 (2000).

40\. S. Skarer,T.Q. Li, B. Nordell and M. Ingvar, Noise consideration in
the determination of diffusion anisotropy. *Magn. Reson. Imaging.*
**18**, 659 (2000)*.*

41\. T.Q. Li, T. Neumann-Haefelin, B. Chan, A. Kastrup, T. Josson, G.H.
Glover and M.E. Moseley, Assessment of hemodynamic and oxidative
metabolism responses during focal neural activity in human using bolus
tracking, arterial spin labeling and BOLD techniques. *Neuroimage*,
**12**, 442 (2000).

42\. T.Q. Li, A. Kastrup, M.E. Moseley and G.H. Glover, Changes in
baseline cerebral blood flow in humans do not influence regional
cerebral blood response to photic stimulation. *JMRI*. **12**, 757
(2000).

43\. S. Skare, M. Hedehus, M.E. Moseley, and T.Q. Li, Condition number
as a measure of noise performance of diffusion tensor data acquisition
schemes with MRI. *JMagn Reson* **147,** 340 (2000).

44\. S. Lohmander, D.M. Martinez, L. Lason, M. Rigdahl, and T.Q. Li,,
"Dewatering of Coating Dispersions -- Model Experiments and Analysis",
*J. Pulp Paper Sci.* **27,** 183 (2001).

45\. A. Wennerberg, T. Jonsson, H. Forssberg and T.Q. Li, A comparative
fMRI study: T~2~^\*^-weighted imaging versus : T~2~^\*^mapping. *NMR
Biomed.* **14,** 41 (2001).

46\. Z.G. Chen, T.Q. Li, and T. Hindmarsh, Diffusion tensor trace
mapping in normal adult brain using single-shot EPI technique. A
methodological study of the aging brain. *Acta Radiol* **42**, 447
(2001).

47\. T.Q. Li and M. Noseworthy, Mapping development of white matter
tracts with diffusion tensor imaging. *Dev. Sci.* **5**, 293 (2002).

48\. T.Q. Li and V. Mathews, How can BOLD contrast be bolder *AJNR*
**23**, 507 (2002).

49\. T.Q. Li, A. Asien, and T. Hindmarsh, Assessment of hepatic iron
content using magnetic resonance imaging. *Acta Radio*, **45**:119
(2004).

50\. W.G. Kronenberger, V.P. Mathews, D.W. Dunn, Y. Wang, M.J. Lowe, and
T.Q. Li, Media Violence Exposure and Executive Functioning in Aggressive
and Control Adolescents. *J Clin Psych* **61***:725 (*2005) .

51\. T.Q. Li, D. Kim, High resolution diffusion-weighted imaging using
multi-shot variable density spiral acquisitions. *JMRI*, **21**: 468
(2005).

52\. M. Sabri, A.J. Radnovich, T. Li, D.A. Kareken\
Neural correlates of olfactory change
detection, *NeuroImage* **25**: 969 (2005)

53\. T.Q. Li, V. Mathews, Y. Wang, W. Kronenberger, D. Dunn, Adolescents
with Disruptive Behavior Disorders Investigated by Using an Optimized MR
Diffusion Tensor Imaging Protocol. *Annals NY Science Academy.* (in
press).

54\. T.Q. Li, A. Takahashi, Y. Wang, V. Mathews, and G. H. Glover,
Dual-echo Spiral in/in (DSPIN) Acquisition Method for Reducing Magnetic
Susceptibility Artifacts in BOLD fMRI. *Magn Reson Med*, (n press).