A List of Selected Reinventions of Wheels and Credit Robberies
Shi V. Liu
Updated 2008-09-04
1. Ackermann, M., S. C. Stearns, and U. Jenal. 2003. Senescence in a
bacterium with asymmetric division. Science 300:1920 (HTM). [Note: This was heralded as the world
first discovery on bacterial aging.
However, it is four years later than my 1999 Science in China publication.
One of the authors, U. Jenal, attended the 1997 ASM (American Society for
Microbiology) General Meeting where I presented my discovery on bacterial life
to the large-scale public world for the first time.
He told his PhD student
Ackermann to study bacterial aging. The method used in this 2003 Science
paper is the same as I described earlier in my US Patent US6767734B.]
2. Ackermann, M., A. Schauerte, S. C. Stearns, and U. Jenal. 2007.
Experimental evolution of aging in a bacterium. BMC 7: 126 (HTM).
[This paper used the same method as I described in my patent (US Patent US6767734B) to
collect cells onto a surface and then watch them aging while flushing away
their offspring. S.C. Stearns now is
a Professor in
3. Ackermann, M., L. Chao, C. T. Bergstrom, and M. Doebeli. 2007. On
the evolutionary origin of aging. Aging Cell 6:235-44 (HTM).
[Note: This is, besides me,
the first other publication in the world which admits that the two bacteria
come from one bacterium bear a parent-offspring relationship. However it is 8 years later than the
conclusion I made in my 1999 Science in
China publication (in English PDF
and in Chinese PDF).] [Note: The ignorance of Liu¡¯s
publications and the credit robbery by Ackermann et al. was fully exposed. See ¡®This Outrageous Lie Has Got to Stop!¡¯ (HTM, PDF)]
4. Ackermann,
M. 2008. Bacteria as a new model system for aging studies:
investigations using light microscopy. BioTechniques 44:564-567 (HTM).
[Note: This is the most
similar ¡°copying¡± of my discovery on bacterial aging (see my series
publications at http://im1.biz/Aging.htm
)]. [Note: This is a clear
intentional ignorance of Liu¡¯s publications by Ackermann, see ¡°Shi V. Liu's Communications with Martin Ackermann et
al.¡± (HTM,
PDF). This outright credit robbery has been
denounced in public (HTM,
PDF).]
5. Stewart, E. J., R. Madden, G. Paul, and F. Taddei. 2005. Aging and
death in an organism that reproduces by morphologically symmetric division.
PLoS Biol 3:295-300 (HTM).
[Note: This paper was heralded
as the world-first discovery of aging and death in a symmetric bacterium. But this discovery was 6 years later
than my discovery on the same bacterium reported in my 1999 Science in China publication.] [Stewart¡¯s
scientific mistake was criticized and ethical misconduct was condemned. See ¡®Right
Direction but Backward Movement: A New Finding or a Flawed Repetition in
Bacterial Aging Study?¡¯ (HTM, PDF) and ¡®A Public Robbery of
Science in the Public Library of Science¡¯ (HTM, PDF)]
6. Conboy, M. J., A. O. Karasov, and T. A. Rando. 2007. High incidence
of non-random template strand segregation and asymmetric fate determination in
dividing stem cells and their progeny. PLoS Biol 5:1120-1126 (HTM)
[Note: This paper has been
heralded as the world-first discovery on nonrandom DNA segregation. But it is 8 years later than the
conclusion that I reached in my 1999 Science
in China publication. The
segregation pattern described in this paper was already clearly depicted in a
drawing contained in my 2005 publication in Logical
Biology. The corresponding
author of this paper, T. A. Rando
of
7. Armakolas, A., and A. J. Klar. 2006. Cell type regulates selective
segregation of mouse chromosome 7 DNA strands in mitosis. Science 311:1146-9 (HTM).
[Note: This report has been
regarded as the world-first observation on nonrandom chromosome
segregation. However, such
observation is already predicted 7 years ago in my 1999 Science in China publication.
The corresponding author of this paper, A. J. Klar is a senior
investigator in the National Cancer Institute (NCI) of NIH. He told me that my seminar (given in
1997 as invited by NCI for describing bacterial life and intrinsic cell aging
and nonrandom DNA segregation) ¡°touched his heart¡±. Klar¡¯s questionable behavior was
condemned. See ¡®The Dark Side of Amar Klar¡¯
(HTM, PDF)
]
8. Chambers, S. M., C. A. Shaw, C. Gatza, C. J. Fisk, L. A. Donehower, and
M. A. Goodell. 2007. Aging hematopoietic stem cells decline in function and
exhibit epigenetic dysregulation. PLoS Biol 5:e201 (HTM).
[Note: This paper was
considered as the world-first report on the epigenetic contribution to stem
cell aging. However, my 2005
publications in Logical Biology had
already depicted such mechanisms in greater details and such knowledge was
presented to an international meeting on aging held in
9. Nyström, T. 2007. A bacterial kind of aging. PloS Genet. 3: e224. (HTM)
[Note: This publication intentionally ignored all of Liu¡¯s publications on
bacterial/cell aging. Nyström definitely knew the existence of Liu¡¯s knowledge
on bacterial aging because he was contacted by Liu and was even scientifically
criticized by Liu. See ¡®Stop Reinforcing
Misinformation in Microbiology¡¯ (HTM, PDF) and ¡®Stewart, Nyström and Cooper:
Please Behave as a Corresponding Author!¡¯ (HTM, PDF)]
10. Watve,
M. Parab,
* I welcome any criticism to any mistake or misrepresentation in
my above description. Any challenge
to my claims will be published objectively in an appropriate journal in the
Truthfinding publishing system.