fossae

简明释义

英[ˈfɒsiː]美[ˈfɑːsi]

n. 窝（fossa 的复数）

英英释义

单词用法

同义词

反义词

例句

1.Tharsis is surrounded by Titanic gouges in the landscape radiating outwards for hundreds of miles, known as fossae.

塔西斯高地被巨大的沟壑所包围，这种辐射状地貌向外蔓延了数百英里，被称为槽沟。

2.CONCLUSION: MRI is a good method in qualitative diagnosis of schwannoma and identifying cranial nerves of tumor origin in posterior cranial fossae.

结论：MRI是后颅窝神经鞘瘤定性诊断和确定颅神经起源的良好方法。

3.Scientists had first discovered that the Nili Fossae rocks contained carbonate in 2008.

2008年，科学家首次发现尼利•福萨岩石群中含有碳酸盐成份。

4.Objective:To Provide morphological data of olfactory nerves, bulb and tract of Chinese to protect olfactory function in the operation of nasal cavity roof and anterior cranial fossae.

目的：填补国人嗅神经、嗅球和嗅束的形态学资料，为鼻腔顶、颅前窝手术提供保护病人嗅觉功能的解剖学依据。

5.Conclnsion: the cisterna longitudinal cerebrum and cisterna fossae lateralis cerebri was increasing after50years old.

结论：50岁以后大脑纵裂池和大脑外侧窝地明显增大。

6.Figure 4 shows the locations of these fossae and their frequencies at autopsy.

图4显示了这些隐窝的位置和其尸检的检出率。

7.But Nilae Fossae was eventually deemed too dangerous a landing site and it was finally removed from the list in June of this year.

但最终NilaeFossae被认为是危险的登陆点，并于今年的6月从名单中被去掉。

8.The fossae in the skull are important for understanding the anatomy of the brain.

颅骨中的fossae对于理解大脑的解剖结构非常重要。

9.In paleontology, the study of fossae can reveal insights into the behavior of ancient animals.

在古生物学中，研究fossae可以揭示古代动物行为的见解。

10.The dentist pointed out the fossae on the patient's molars that could trap food particles.

牙医指出患者磨牙上的fossae可能会夹住食物颗粒。

11.During the dissection, we observed various fossae that housed important organs.

在解剖过程中，我们观察到各种fossae中包含重要器官。

12.The fossae of the pelvic region are crucial for understanding human locomotion.

盆腔区域的fossae对于理解人类的运动至关重要。

作文

In the study of anatomy and biology, the term fossae refers to shallow depressions or cavities in a surface, particularly in bones or organs. Understanding the significance of fossae is crucial for students and professionals in fields such as medicine, archaeology, and paleontology. These structures can provide essential insights into the function and evolution of various species. For instance, in human anatomy, the fossae found in the skull serve as points of attachment for muscles or ligaments, and they also house important anatomical features such as the sinuses. In paleontology, the examination of fossae can reveal how extinct species interacted with their environment. Fossilized remains often exhibit fossae that indicate where muscles were attached, giving researchers clues about the size and strength of these ancient creatures. This information can be vital for reconstructing the behavior and lifestyle of species that no longer exist. Moreover, fossae are not limited to just bones; they can also be found in various biological structures across different organisms. For example, in plants, fossae may refer to depressions on leaves or stems that can affect water retention or gas exchange. Understanding these features allows botanists to better comprehend plant adaptations to their environments. The study of fossae extends beyond the realm of biology and into other scientific disciplines. In geology, for instance, the term can describe depressions in the earth's surface, which can be significant for understanding geological processes and formations. These fossae can indicate areas of erosion or deposition, helping geologists piece together the history of the planet's surface changes over millennia. In conclusion, the term fossae encompasses a variety of meanings across different fields of study. Whether in anatomy, paleontology, botany, or geology, understanding the implications and functions of fossae is essential for advancing knowledge in these areas. As we continue to explore the intricacies of life and the earth, the role of fossae will undoubtedly remain a significant focus for researchers and students alike. By recognizing the importance of these structures, we can gain deeper insights into the complexities of biological and geological systems, ultimately enriching our understanding of the world around us.

在解剖学和生物学的研究中，术语fossae指的是表面上的浅凹陷或腔体，特别是在骨骼或器官中。理解fossae的重要性对于医学、考古学和古生物学等领域的学生和专业人士至关重要。这些结构可以提供关于各种物种功能和演化的重要见解。例如，在人体解剖学中，头骨中的fossae作为肌肉或韧带的附着点，并且还容纳重要的解剖特征，如窦道。 在古生物学中，fossae的研究可以揭示灭绝物种如何与其环境互动。化石遗骸通常表现出fossae，这些特征表明肌肉的附着位置，为研究人员提供有关这些古代生物大小和力量的线索。这些信息对于重建已不存在物种的行为和生活方式至关重要。 此外，fossae不仅限于骨骼；它们还可以在不同生物的各种生物结构中找到。例如，在植物中，fossae可能指的是叶子或茎上的凹陷，这可能影响水分保持或气体交换。理解这些特征使植物学家能够更好地理解植物对其环境的适应。 fossae的研究超越了生物学的领域，还扩展到其他科学学科。例如，在地质学中，该术语可以描述地球表面的凹陷，这对于理解地质过程和形成具有重要意义。这些fossae可以指示侵蚀或沉积的区域，帮助地质学家拼凑出数千年来地球表面变化的历史。 总之，术语fossae涵盖了不同研究领域的多种含义。无论是在解剖学、古生物学、植物学还是地质学中，理解fossae的含义和功能对于推动这些领域的知识至关重要。随着我们继续探索生命和地球的复杂性，fossae的角色无疑将继续成为研究人员和学生的重点。通过认识到这些结构的重要性，我们可以更深入地理解生物和地质系统的复杂性，最终丰富我们对周围世界的理解。