Materia Abierta

_English


When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are
11.1
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are "no more than a bag of amoebae encased in a thin slime sheath, yet they manage to have various behaviors that are equal to those of animals who possess muscles and nerves with ganglia – that is, simple brains."
11.1
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are
11.2
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are "no more than a bag of amoebae encased in a thin slime sheath, yet they manage to have various behaviors that are equal to those of animals who possess muscles and nerves with ganglia – that is, simple brains."
11.2
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are
11.3
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are "no more than a bag of amoebae encased in a thin slime sheath, yet they manage to have various behaviors that are equal to those of animals who possess muscles and nerves with ganglia – that is, simple brains."
11.3
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are
11.4
When a slime mould mass or mound is physically separated, the cells find their way back to re-unite. Studies on Physarum polycephalum have even shown an ability to learn and predict periodic unfavorable conditions in laboratory experiments. John Tyler Bonner, a professor of ecology known for his studies of slime molds, argues that they are "no more than a bag of amoebae encased in a thin slime sheath, yet they manage to have various behaviors that are equal to those of animals who possess muscles and nerves with ganglia – that is, simple brains."
11.4

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Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the
4.1
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the "plant caterpillar", a prized ingredient in traditional Chinese medicine. As a biotechnical tool, cordyceps mushroom is a nootropic compound used for anti-aging, hormone regulation (specifically as a testosterone booster), and anti-fatigue agent.
4.1
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the
4.2
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the "plant caterpillar", a prized ingredient in traditional Chinese medicine. As a biotechnical tool, cordyceps mushroom is a nootropic compound used for anti-aging, hormone regulation (specifically as a testosterone booster), and anti-fatigue agent.
4.2
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the
4.3
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the "plant caterpillar", a prized ingredient in traditional Chinese medicine. As a biotechnical tool, cordyceps mushroom is a nootropic compound used for anti-aging, hormone regulation (specifically as a testosterone booster), and anti-fatigue agent.
4.3
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the
4.4
Cordyceps species are parasites, mainly of insects and other arthropods (for this reason they are said to be entomopathogenic fungi). A few are parasites of other fungi. The best known species of the genus is Cordyceps sinensis which is the raw material of the "plant caterpillar", a prized ingredient in traditional Chinese medicine. As a biotechnical tool, cordyceps mushroom is a nootropic compound used for anti-aging, hormone regulation (specifically as a testosterone booster), and anti-fatigue agent.
4.4
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