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坏习惯
Gehirngewebe
ˈbrain tis·sue 名词
tis·sue [ˈtɪʃu:, -sju:, ˈtɪʃu:] 名词
1. tissue (for wrapping):
Seidenpapier nt <-s, -e>
2. tissue (for wiping noses):
Papiertaschentuch nt <-(e)s, -tücher>
3. tissue no pl (of animals or plants):
Gewebe nt <-s, ->
4. tissue (complex mass):
Netz nt <-es, -e>
I. brain [breɪn] 名词
1. brain (organ):
Gehirn nt <-(e)s, -e>
[Ge]hirn nt
2. brain (intelligence):
Verstand m <-(e)s>
Intelligenz f <-, -en> kein pl
Grips m <-es, -e>
Köpfchen nt <-s, ->
Einbildung f <-> kein pl
Fantasie f <-, -si̱e̱·en> kein pl
3. brain (intelligent person):
4. brain (smartest of a group):
the brains + 单数 动词
短语,惯用语:
to blow sb's brains out
to blow sb's brains out
to have sth on the brain
immer nur an etw 第四格 denken
to pick sb's brain[s]
to pick sb's brain[s]
jdn löchern
II. brain [breɪn] 动词 trans
sich 第三格 den Kopf [an]stoßen
III. brain [breɪn]
Present
Ibrain
youbrain
he/she/itbrains
webrain
youbrain
theybrain
Past
Ibrained
youbrained
he/she/itbrained
webrained
youbrained
theybrained
Present Perfect
Ihavebrained
youhavebrained
he/she/ithasbrained
wehavebrained
youhavebrained
theyhavebrained
Past Perfect
Ihadbrained
youhadbrained
he/she/ithadbrained
wehadbrained
youhadbrained
theyhadbrained
PONS OpenDict

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单语范例(未经PONS编辑处理)
The approach was inspired by the work going on to tissue culture other flowering plants.
en.wikipedia.org
Of special importance to neuronal tissue development are the subcategory n-cadherins.
en.wikipedia.org
If rewarmed tissue ends up refreezing, more damage to tissue will be done.
en.wikipedia.org
Although he is remembered for his books, his research was mainly in tissue culture.
en.wikipedia.org
Both the gonads and the gonoduct are derived from true coelom tissue.
en.wikipedia.org
互联网提供的例句(未经PONS编辑处理)
[...]
In contrast to research on real brain tissue, scientists working on a computer can vary each and every characteristic of the network and thus study the resulting change in the activity of the virtual brain.
[...]
www.pr.uni-freiburg.de
[...]
Im Computer kann, anders als bei der Forschung an echtem Gehirngewebe, jedes Merkmal des Netzwerks variiert werden. So ist es möglich, die daraus resultierende Veränderung in der Aktivität des virtuellen Gehirns zu untersuchen.
[...]
[...]
Due to the availability of human epileptic brain tissue derived from epilepsy-surgical removal of epileptogenic areas in pharmacoresistant patients, we were able to obtain information on the functional significance of these promoter variants within the framework of NGFNplus.
[...]
www.ngfn.de
[...]
Vor dem Hintergrund der Verfügbarkeit humanen Gehirngewebes, welches aus der epilepsiechirurgischen Entfernung epileptogener Areale bei pharmakoresistenten Patienten gewonnen wurde, haben wir in der Laufzeit des NGFNplus Aufschluss über die funktionelle Bedeutung solcher Promotorvarianten erzielen können.
[...]
[...]
These data suggest a new type of ‘receptoropathy’ in human brain tissue.
[...]
www.ngfn.de
[...]
Es handelt sich hierbei um eine neue Art von ‚Rezeptoropathie’ in humanem Gehirngewebe.
[...]
[...]
Applying two-dimensional (2D) gel electrophoresis, subsequent MALDI-TOF protein sequencing and a protein database search, we compare the protein expression in specimens (blood cells, post mortem brain tissue) from patients and healthy controls.
[...]
www.klinikum.uni-muenchen.de
[...]
Mit Hilfe der 2-dimensionalen- (2D) Gelelektrophorese, anschließender MALDI-TOF Proteinsequenzierung und Proteindatenbankrecherche vergleichen wir die Proteinexpression in humanen Proben (Blutzellen, postmortem Gehirngewebe) von Patienten und gesunden Kontrollpersonen.
[...]
[...]
While genetic factors have been identified that influence gene expression in peripheral tissues (blood cells), such data is not yet available on human fresh brain tissue.
[...]
www.ngfn.de
[...]
In peripheren Geweben (Blutzellen) sind bereits genetische Faktoren identifiziert worden, die einen Einfluß auf die Variabilität der Genexpression haben, bisher gibt es solche Daten allerdings noch nicht für frisches Gehirngewebe des Menschen.
[...]