ACETYLCHOLINE in Malay translation

• acetylcholine
• asetilkolina

Examples of using Acetylcholine in English and their translations into Malay

this is essentially caused by the brain working harder than it's accustomed to, and burning through more acetylcholine than is available naturally.
oleh otak bekerja lebih keras daripada biasa tawaran untuk, dan membakar melalui lebih asetilkolina daripada yang terdapat secara semula jadi.

The enzyme acetylcholineesterase breaks down the neurotransmitter acetylcholine, which is released at nerve
Acetylcholineesterase enzim rosak acetylcholine neurotransmitter, yang disiarkan pada persimpangan saraf

was a German-born pharmacologist and psychobiologist who discovered the role of acetylcholine as an endogenous neurotransmitter.
psikobiologi yang berasal dari Jerman yang mendapati peranan asetilkolina sebagai neurotransmiter endogen.

The result of acetylcholine esterase inhibition is that acetylcholine builds up and continues to act
Hasil daripada kesan acetylcholine adalah acetylcholine yang membina dan terus bertindak

brain function and for cellular membrane composition and repair, while acetylcholine acts as a neurotransmitter.
membaiki komposisi selaput sel sementara asetilkolina bertindak sebagai pengutus saraf( neurotransmiter).

One of the Phenylpiracetam working ways includes boosting the acetylcholine activity in different parts of your brain associated with memory formation as well as enhancing the choline conversion into acetylcholine..
Salah satu cara Phenylpiracetam berfungsi termasuk meningkatkan aktiviti acetylcholine di bahagian-bahagian otak yang berkaitan dengan pembentukan memori serta meningkatkan penukaran choline menjadi asetilkolin.

neurotransmitters(such as acetylcholine), and antibodies.
neurotransmitter( seperti asetilkolina) dan antibodi.

Acetylcholine metabolism malfunction in the brain will lead to its deficiency,
Kepincangan fungsi metabolisme acetylcholine dalam otak, yang membawa kepada ketakcukupan,

NDMA receptors, and acetylcholine.
reseptor NDMA, dan acetylcholine.

NMDA, and acetylcholine.
NMDA, dan acetylcholine.

Normally, these receptors are activated when they bind to a neurotransmitter called acetylcholine which is produced at nerve endings in the brain and in the nerves of the peripheral nervous system.
Biasanya, reseptor ini diaktifkan oleh asetilkolina neurotransmitter yang dihasilkan di hujung saraf di dalam otak dan dalam saraf sistem saraf periferal.

Just like the racetam-type nootropics, the Phenylpiracetam is also responsible for boosting the acetylcholine production and is also called“the learning neurotransmitter” due to its close association with cognition aspects.
Sama seperti nootropik jenis racetam, Phenylpiracetam juga bertanggungjawab untuk meningkatkan pengeluaran asetilkolin dan juga dikenali sebagai" neurotransmiter pembelajaran" kerana persatuan rapatnya dengan aspek kognisi.

One test is for antibodies against the acetylcholine receptor;[1] the test has a reasonable sensitivity of 80- 96%,
Satu ujian adalah untuk antibodi terhadap reseptor asetilkolin;[ 1] ujian mempunyai kepekaan yang wajar 80- 96%,

A proportion of the people without antibodies against the acetylcholine receptor have antibodies against the MuSK protein.[32]
Sebilangan orang yang tidak mempunyai antibodi terhadap reseptor asetilkolin mempunyai antibodi terhadap protein MuSK.[

Acetylcholine is often referred to as a“learning neurotransmitter”,
Asetilkolin sering dirujuk sebagai" neurotransmitter pembelajaran",

Moreover, choline is further synthesized to acetylcholine which is quickly absorbed by nerve endings to help transmit neural messages.
Selain itu, kolin juga disintesis ke asetilkolin yang cepat diserap oleh ujung saraf untuk membantu menghantar mesej saraf.

Choline is a precursor to the brain chemical acetylcholine, which plays a key role in memory
Kolina merupakan perintis kepada bahan kimia otak asetikolina, yang memainkan peranan utama dalam memori

The main therapeutic use of this medicine is in the treatment of Alzheimer's disease where it is used to increase cortical acetylcholine.
Penggunaan terapeutik utamanya adalah dalam rawatan penyakit Alzheimer di mana ia digunakan untuk meningkatkan asetilkolin kortikal.

The two studies are suggestive that the pathology of myasthenia gravis is more extensive than only the acetylcholine receptors(AChR) of the skeletal muscle neuromuscular junction.
Kedua-dua kajian menunjukkan bahawa patologi myasthenia gravis lebih jauh daripada hanya reseptor asetilkolin( AChR) dari simpang neuromuskular otot rangka.

Its main therapeutic use is in the treatment of Alzheimer's disease where it is used to increase cortical acetylcholine.
Penggunaan terapeutik utamanya adalah dalam rawatan penyakit Alzheimer di mana ia digunakan untuk meningkatkan asetilkolin kortikal.