在《PONS词典》中的词汇
I. lock1 [lɒk, 美 lɑ:k] 名词
1. lock (fastening device):
4. lock no pl 英, 澳 汽车:
5. lock 美 俗 (certain winner):
6. lock (certainty):
7. lock (synchronize):
短语，惯用语:
II. lock1 [lɒk, 美 lɑ:k] 动词 trans
1. lock (fasten):
2. lock usu passive (entangle):
有关银行业、金融业和保险业的词语（PONS）
有关地理学的词语（Klett）
有关生物学的词语（Klett）
有关交通运输业的词语（PONS）
| I | lock |
|---|---|
| you | lock |
| he/she/it | locks |
| we | lock |
| you | lock |
| they | lock |
| I | locked |
|---|---|
| you | locked |
| he/she/it | locked |
| we | locked |
| you | locked |
| they | locked |
| I | have | locked |
|---|---|---|
| you | have | locked |
| he/she/it | has | locked |
| we | have | locked |
| you | have | locked |
| they | have | locked |
| I | had | locked |
|---|---|---|
| you | had | locked |
| he/she/it | had | locked |
| we | had | locked |
| you | had | locked |
| they | had | locked |
单语范例（未经PONS编辑处理）
This enzyme belongs to the family of transferases, specifically those acyltransferases transferring groups other than aminoacyl groups.
en.wikipedia.org This enzyme participates in nucleotide sugars metabolism and glycerolipid metabolism.
en.wikipedia.org Transportation of molecules via lamellar granules is thought to prevent enzymes from interacting with their relevant substrates or inhibitors prior to secretion.
en.wikipedia.org The enzyme then undergoes a rapid diffusional reorientation to position the 1-phosphate of the bisphosphate intermediate properly relative to the dephosphorylated enzyme.
en.wikipedia.org This enzyme belongs to the family of hydrolases, specifically those acting on ether bonds (ether hydrolases).
en.wikipedia.org 互联网提供的例句（未经PONS编辑处理）
[...]
www.ruhr-uni-bochum.de The enzyme AOS was particularly suitable, since it is not only transcriptionally induced as target gene by biologically active octadecanoids (JA, OPDA), but catalyzes the first specific step during jasmonate biosynthesis and thus permits direct access to the modulation of these signal compounds.
[...][...]
Das Enzym AOS bot sich für diesen Zweck in besonderer Weise an, da es nicht nur selbst als Zielgen durch biologisch aktive Oktadekanoide (OPDA, JA) transkriptionell induziert wird, sondern den ersten spezifischen Schritt während der Jasmonatbiosynthese katalysiert und somit einen direkten Zugriff auf die Modulation des Signalstoffes erlaubt.
[...][...]
www.klinikum.uni-muenchen.de Psychotropic substances interact with numerous mechanisms within the central nervous system (CNS), such as neurotransmitter synthesis or storage in synapses, with the effects of degrading enzymes and with specific pre- and postsynaptic receptors, as well as transport proteins.
[...][...]
Psychotrope Substanzen interagieren mit zahlreichen Mechanismen innerhalb des zentralen Nervensystems (ZNS), wie der Neurotransmitter Synthese oder Speicherung innerhalb der Synapsen, den Effekten degradierender Enzyme, den spezifischen prä- und postsynaptischen Rezeptoren sowie Transportproteinen.
[...][...]
www.ttz-bremerhaven.de This fact applies for its extracellular enzymes as well, whose activity optima are at least 20 ° C under those of the mesophilic organisms and hence are active at refrigerator temperatures.
[...][...]
Dieses gilt auch für ihre extrazellulären Enzyme, deren Aktivitätsoptima mindestens 20 ° C unter denen der mesophilen Organismen liegen und auch noch bei Kühlschranktemperaturen aktiv sind.
[...][...]
www.klinikum.uni-muenchen.de This wide range of possible reactions implies that variations in the DNA sequence of one or several of these candidate genes can have numerous consequences, such as changes in the concentration or function of neurotransmitters or enzymes, in the binding properties of receptors and transporters.
[...][...]
Aus dieser Vielfalt der möglichen Reaktionen ergibt sich, dass Variationen in der DNA Sequenz eines oder mehrerer dieser Kandidatengene zahlreiche Effekte nach sich ziehen können, wie Veränderungen in der Konzentration oder Funktion der Neurotransmitter oder Enzyme, der Bindungseigenschaften der Rezeptoren oder Transporter.
[...][...]
www.ttz-bremerhaven.de The enzymes recovered, primarily cellulases, proteases and lipases, become a component of natural detergents.
[...][...]
Die gewonnenen Enzyme, vorwiegend Cellulasen, Proteasen und Lipasen, werden Bestandteil natürlicher Waschmittel.
[...]