A critical analysis of the new biology and the biological revolution: their impact - from medicine to evolution.

2011-3-9

A computer model for a theory of evolution.

2010-5-1

A fungus, anastomosis, diploids and quantum mechanics.

2010-5-1

The life of form: emergent patterns of morphological transformation.

2010-5-1

The fractal revolution: to see a world in a grain of sand.

2010-5-1

Quiescene and stress:a bioelectrical viewpoint.

2010-5-1

A history of virus diseases of plants: from the beginning to 1950.

2010-5-1

The temperature-induced changes in membrane potential.

2010-1-16

Genes and behaviour: in search of perspectives.

2010-1-1

Plant-like proteins in protozoa, metazoa and fungi imply universal plastid endosymbiosis.

2010-1-1

Natural selection and self-organization in complex adaptive systems.

2010-1-1

The self-similarity of trunk metabolism.

2010-1-1

Metabolic pathway analysis with Petri Nets.

2009-9-1

Application of constraint-based methods in Staphylococcus aureus metabolic network.

2009-9-1

[Evolution of behaviour: from genes to dialogues].

2009-9-1

Focus on human natural killer cells.

2009-5-1

Goethe's phenomenology of nature: a juvenilization of science.

2009-5-1

Corrections to chance fluctuations: quantum mind in biological evolution?

2009-1-1

Why giant strong component is so important for metabolic networks

2009-1-1

Meaningful crosstalk between biologists and physical scientists is essential for modern biology to progress.

2009-1-1

On the structure of theoretical evolutionary space in relation to biological laws.

2009-1-1

Environmental risk assessment in GMO analysis.

2008-12-3

Darwin and Lamarck are back.

2008-9-1

Natural laws, vacant niches and superorganisms. A response to Woodley.

2008-9-1

Photosynthesis: the years of light.

2008-9-1

On the origin of eukaryotic cytoskeleton.

2008-7-5

Exploring poly-beta-hydroxy-butyrate metabolism through network-based extreme pathway analysis.

2008-7-5

A response to Rhode: natural laws, vacant niches and superorganisms.

2008-5-1

Cellular low-dose effects of ionizing radiation.

2008-5-1

The myth of natural barriers. Is transgene introgression by genetically modified crops an environmental risk

2008-5-1

Robustness in B. thuringiensis metabolic network.

2008-5-1

[Scientific information: between hierarchy and anarchy].

2008-5-1

The relevance of pathology in conservation biology of aquatic animals.

2008-5-1

On the possible operation of natural laws in ecosystems.

2008-2-19

T helper cell polarization and the generation of varied antigen-dependent immune responses: a Markov chain model.

2008-2-19

Photosynthesis: 1900-1930.

2008-2-19

Natural computing and biological evolution: a new paradigm.

2008-1-1

A modified version of fluctuating asymmetry, potential for the analysis of Aesculus hippocastanum L. compound leaves.

2008-1-1

[Don't wander off the subject].

2008-1-1

Vacant niches and the possible operation of natural laws in ecosystems.

2008-1-1

The Yin and Yang of anti-Darwinian epigenetics and Darwinian genetics.

2007-9-1

How many problems biologists have

2007-9-1

How to conduct valid experiments in environmental stress/pollution monitoring studies: stumbling-blocks and sampling designs.

2007-5-1

Mathematical models for excitable systems in biology and medicine.

2007-5-1

The use of GMOs (genetically modified organisms): agricultural biotechnology or agricultural biopolitics?

2007-5-1

Modeling acquired immunity as an outcome of the interaction between host-related factors and potential antigen repertoires.

2007-2-15

Genetics and virology: two interdisciplinary branches of biology.

2007-1-1

Light perception and timekeeping systems in plants: the biological value of the domain of time.

2007-1-1

Agricultural diversification: the potential for underutilised crops in Africa's changing climates.

2007-1-1

The history of the Mendelian gene.

2007-1-1