cellularity

简明释义

[ˌseljʊˈlærɪti][ˌseljəˈlærəti]

n. 细胞性;多孔性;细胞结构

英英释义

The quality or state of being cellular; the degree to which something is composed of or characterized by cells.

细胞的特质或状态;某物由细胞组成或以细胞为特征的程度。

单词用法

high cellularity

高细胞密度

low cellularity

低细胞密度

cellularity of tissues

组织的细胞性

cellularity assessment

细胞性评估

increased cellularity

增加的细胞性

cellularity analysis

细胞性分析

cellularity index

细胞性指数

cellularity pattern

细胞性模式

同义词

cell density

细胞密度

The cellularity of the tissue was analyzed to assess its health.

对组织的细胞性进行了分析,以评估其健康状况。

反义词

acellularity

无细胞性

The tissue showed signs of acellularity, indicating a lack of cellular structures.

该组织显示出无细胞性的迹象,表明缺乏细胞结构。

emptiness

空虚

The emptiness of the cavity was a stark contrast to the cellular density observed elsewhere.

腔体的空虚与其他地方观察到的细胞密度形成鲜明对比。

例句

1.Tumor cellularity and mutant allele frequency were analyzed to identify tumor heterogeneity and mutant allele-specific imbalance.

通过分析肿瘤细胞的密度及等位基因突变的几率来确定肿瘤异质性和等位基因特异性突变的不平衡性。

2.Conclusion. Disc cellularity declines as age advances and is reduced in the vicinity of major tears. Extensive end-plate abnormalities reduce cellularity by impeding disc nutrition.

结论:随着年龄增长间盘细胞质减少,并且主要撕裂区附近是减少的。广泛终板异常通过阻止间盘营养供应来减少细胞质。

3.Some tears were associated with low cellularity close to the tear but not elsewhere, whereas extensive end-plate separations showed global reductions in cellularity.

一些撕裂与靠近撕裂的低细胞构成相关,但在别的地方却无,反之广泛终板离析物显示细胞质的全面减少。

4.The figure of tissue slices showed that L-carnitine improved villas length, density and the distribution uniformity of duodenum, improved the cellularity of liver cell, arranged compactly.

组织切片图显示:甜菜碱可使小肠绒毛高度、密度及分布均匀度明显提高,使肝细胞结构完整、排列致密。

5.This high power microscopic appearance of cardiac myxoma shows minimal cellularity. Only scattered spindle cells with scant pink cytoplasm are present in a loose myxoid stroma.

高倍镜可见心房粘液瘤极小的细胞结构,仅有散在的纺锤形细胞,在疏松的粘液样基质中有少量淡红的胞浆存在。

6.The figure of tissue slices showed that L-carnitine improved villas length, density and the distribution uniformity of duodenum, improved the cellularity of liver cell, arranged compactly.

组织切片图显示:甜菜碱可使小肠绒毛高度、密度及分布均匀度明显提高,使肝细胞结构完整、排列致密。

7.We are studying cellularity these days.

这些天我们在研究细胞结构。

8.Objective: To study the value of bone marrow biopsy imprint in evaluating cellularity.

目的:研究骨髓印片评估有核细胞量的价值。

9.The purpose of this study was to evaluate the effect of obstructive jaundice on gut immune cellularity.

本实验目的是研究阻黄时肠粘膜免疫功能的改变。

10.The study of cancer often focuses on the cellularity 细胞性 of tumors to understand their growth patterns.

癌症研究通常关注肿瘤的cellularity 细胞性以理解其生长模式。

11.In tissue engineering, the cellularity 细胞性 of scaffolds is crucial for successful cell integration.

在组织工程中,支架的cellularity 细胞性对细胞的成功整合至关重要。

12.High cellularity 细胞性 in a biopsy can indicate a more aggressive form of disease.

活检中的高cellularity 细胞性可能表明疾病更具侵袭性。

13.Researchers measured the cellularity 细胞性 of the samples to assess their viability.

研究人员测量了样本的cellularity 细胞性以评估其活力。

14.The cellularity 细胞性 of adipose tissue plays a significant role in metabolic health.

脂肪组织的cellularity 细胞性在代谢健康中发挥着重要作用。

作文

Cellular biology is a fascinating field that delves into the fundamental unit of life: the cell. One of the key concepts within this discipline is cellularity, which refers to the composition and organization of cells within a particular tissue or organism. Understanding cellularity is crucial for comprehending how different tissues function and how they respond to various stimuli. For instance, the cellularity of a tissue can indicate its health and functionality. High cellularity often suggests active metabolism and regeneration, while low cellularity may be associated with degenerative diseases or aging. In the context of cancer research, cellularity plays a significant role in tumor characterization. Tumors can vary greatly in their cellularity, affecting their growth patterns and response to treatment. For example, a highly cellular tumor may be more aggressive and less responsive to certain therapies compared to a less cellular one. This understanding has led researchers to explore ways to manipulate cellularity in order to improve therapeutic outcomes. By targeting the pathways that regulate cellularity, scientists hope to develop more effective treatments for cancer patients.Moreover, cellularity is not limited to pathological conditions; it is also essential in developmental biology. During embryogenesis, cells undergo a series of divisions and differentiations, leading to the formation of various tissues. The cellularity of each tissue type is tightly regulated to ensure proper development. For example, muscle tissues require a specific cellularity to maintain their strength and function, while neural tissues have a different cellularity that supports their complex signaling capabilities.In regenerative medicine, understanding and manipulating cellularity can lead to breakthroughs in repairing damaged tissues. Stem cells, known for their ability to differentiate into various cell types, are a focal point of this research. By influencing the cellularity of stem cells, scientists aim to create specific cell types that can replace damaged ones in conditions such as heart disease or spinal cord injuries. The potential of harnessing cellularity in this way could revolutionize how we approach healing and recovery.In summary, cellularity is a fundamental concept that permeates various aspects of biology, from understanding the health of tissues to advancing cancer research and regenerative medicine. Its implications are vast and significant, highlighting the importance of studying cellular structures and functions. As we continue to explore the intricacies of cellularity, we unlock new possibilities for improving human health and addressing some of the most pressing medical challenges of our time. The exploration of cellularity not only enhances our knowledge of life at the microscopic level but also paves the way for innovative solutions to complex biological problems.

细胞生物学是一个迷人的领域,深入探讨生命的基本单位:细胞。在这个学科中,一个关键概念是细胞性,指的是特定组织或生物体内细胞的组成和组织。理解细胞性对于理解不同组织的功能及其对各种刺激的反应至关重要。例如,组织的细胞性可以指示其健康和功能性。高细胞性通常表明代谢和再生活跃,而低细胞性可能与退行性疾病或衰老相关。在癌症研究的背景下,细胞性在肿瘤特征化中发挥着重要作用。肿瘤的细胞性差异很大,影响其生长模式和对治疗的反应。例如,高度细胞性肿瘤可能更具侵袭性,并且对某些疗法的反应较差,而低细胞性肿瘤则可能相对温和。这种理解促使研究人员探索操控细胞性的方法,以改善治疗效果。通过针对调节细胞性的途径,科学家们希望开发出更有效的癌症治疗方案。此外,细胞性不仅限于病理状况;它在发育生物学中也至关重要。在胚胎发生过程中,细胞经历一系列分裂和分化,形成各种组织。每种组织类型的细胞性受到严格调控,以确保适当的发展。例如,肌肉组织需要特定的细胞性来维持其力量和功能,而神经组织则具有不同的细胞性,以支持其复杂的信号传递能力。在再生医学中,理解和操控细胞性可以导致修复受损组织的突破。干细胞因其能够分化为多种细胞类型而成为这一研究的焦点。通过影响干细胞的细胞性,科学家们旨在创造可以替代心脏病或脊髓损伤等条件下受损细胞的特定细胞类型。以这种方式利用细胞性的潜力可能会彻底改变我们对愈合和恢复的看法。总之,细胞性是一个基本概念,渗透到生物学的各个方面,从理解组织的健康到推进癌症研究和再生医学。它的含义广泛而重要,突显了研究细胞结构和功能的重要性。随着我们继续探索细胞性的复杂性,我们解锁了改善人类健康和解决一些最紧迫的医学挑战的新可能性。对细胞性的探索不仅增强了我们对微观生命的认识,还为解决复杂的生物问题铺平了道路。