贾第虫（Giardia）酶联免疫法ELISA 检测试剂

贾第虫(Giardia）酶联免疫法ELISA 检测试剂

广州健仑生物科技有限公司

广州健仑长期供应各种生物原料，主要代理品牌：美国Seracare、西班牙Certest、美国Fuller、美国NOVABIOS、 Cellabs等等。

Cellabs公司是一个的生物技术公司，总部位于澳大利亚悉尼。专门研发与生产针对热带传染性疾病的免疫诊断试剂盒。其产品40多个国家和地区。1998年，Cellabs收购TropBio公司，进一步巩固其在研制热带传染病、寄生虫诊断试剂方面的位置。

贾第虫(Giardia）酶联免疫法ELISA 检测试剂
    该公司的Crypto/Giardia Cel IFA是国标*推荐的两虫检测IFA染色试剂、Crypto Cel Antibody Reagent是UK DWI水质安全评估检测的*抗体。

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【公司名称】 广州健仑生物科技有限公司
【】    杨永汉 
【】 
【腾讯 】 2042552662
【公司地址】 广州清华科技园创新基地番禺石楼镇创启路63号二期2幢101-3室
【企业文化】

自主神经 系统(autonomic nervous system)是外周传出神经系统的一部分， 能调节内脏和血管平滑肌、心肌和腺体的活动。又称植物性神经系统 、不随意神经系统。由于内脏反射通常是不能随意控制，故名自主神 经系统。自主神经系统是由交感神经系统和副交感神经系统两部分组 成，支配和调节机体各器官，血管，平滑肌和腺体的活动和分泌，并 参与内分泌调节葡萄糖，脂肪，水和电解质代谢，以及体温，睡眠和 血压等。两个分系统会在大脑皮质及下丘脑的支配下，既拮抗又协调 的调节器官的生理活动。自主神经系统结构又可分为中枢部分和周围 部分。自主神经系统主要分布到内脏、心血管和腺体，它们的中枢部 也在脑和脊髓内，周围部包括内脏运动（传出）纤维和内脏感觉（传 入）纤维，分别构成内脏运动神经和内脏感觉神经。[1] 生理结构及 其机制编辑综述包括交感神经系和副交感神经系两个系统，通常，一 个器官都分布有两系统的神经纤维，保持着自主神经系统自主神经系 统双重的神经支配，同时，这两个神经系统对一个器官的作用，多数 是相互拮抗的。这两个系统末梢径路的形态学特征，表现为从中枢神 经系统，神经细胞来的神经纤维，在到达终末器官时都更换一次神经 元。zui初的纤维即节前纤维是有髓的，它在中途终止于神经节或神经 丛，和这里的神经细胞形成突触，重新发出无髓的节后神经纤维，到 达效应器。只有分布到肾上腺的交感神经例外，其节前纤维直接到达 腺细胞，支配肾上腺素的分泌。这表明髓质细胞的神经性起源。因此 ，将它称为交感神经-肾上腺系（sympathico-ad-renal，system） 。交感神经系和副交感神经系自主神经系统分为交感神经系统和副交 感神经系统，交感神经系统比副交感神经系统复杂。 交感神经系统由 四种神经元构成，1、节前自主神经元，2、前运动神经元 (premotorneuron)调节着节前自主神经元的活动，3、传入神经元， 传导外周受体的信号，4、连接传入信号和更高级中枢的中间神经元。 
The autonomic nervous system is part of the peripheral nervous system that regulates the activity of visceral and vascular smooth muscles, myocardium and glands. Also known as autonomic nervous system, involuntary nervous system. Since the visceral reflex is usually not controlled at will, it is called the autonomous neural system. The autonomic nervous system is composed of two parts: the sympathetic nervous system and the parasympathetic nervous system. It controls and regulates the activities and secretion of various organs, blood vessels, smooth muscles and glands, and participates in the endocrine regulation of glucose, fat, water and electrolyte metabolism, and body temperature. Sleep and blood pressure. Both sub-systems antagonize and coordinate the physiological activities of regulatory organs under the control of the cerebral cortex and the hypothalamus. The structure of the autonomic nervous system can be further divided into the central part and the surrounding part. The autonomic nervous system is mainly distributed to the viscera, cardiovascular and glands. Their central parts are also in the brain and spinal cord. The surrounding parts include visceral movement (efferent) fibers and visceral sensation (incoming) fibers, which constitute the visceral motor nerves and Visceral sensory nerves. [1] Physiological Structure and Mechanisms The editorial review includes two systems: sympathetic and parasympathetic. Usually, an organ is distributed with two systems of nerve fibers, maintaining the dual innervation of the autonomic nervous system. The effects of these two nervous systems on one organ are mostly antagonistic to one another. The morphological features of the distal pathways of these two systems are represented by the nerve fibers from the central nervous system and nerve cells, and they all change neurons once they reach the end organs. The original fiber, the preganglionic fiber, is myelinated. It terminates in the middle of the ganglion or nerve plexus and synapses with the nerve cells here, re-emitting the unmyelinated postganglionic nerve fibers and reaching the effector. Only with the exception of sympathetic nerves distributed to the adrenal glands, their preganglionic fibers directly reach the glandular cells and govern the secretion of epinephrine. This indicates the neurogenic origin of the medullary cells. Therefore, it is called sympathico-ad-renal (system). The sympathetic and parasympathetic autonomic nervous systems are divided into sympathetic and parasympathetic nervous systems, and the sympathetic nervous system is more complex than the parasympathetic nervous system. The sympathetic nervous system is composed of four types of neurons, preganglionic autonomic neurons, premotorneurons that regulate the activity of preganglionic autonomic neurons, and afferent neurons that transmit peripheral receptor signals. 4. Interneurons that connect incoming signals with higher centers.