Limpets, snails and octopuses are mollusks.

帽贝、蜗牛和章鱼都是软体动物。

They creep along the seabed, their whiskery vibrissae probing the surface to feel for the tubes of buried mollusks.

牠们沿海底爬行，用胡子般触须探测海床，搜寻埋在底下管状软体动物。

Solitary in nature, the trunkfish blows water out of its mouth to expose prey such as mollusks, crustaceans, worms, and sponges.

孤立性质，硬鳞鱼殴打海水来自嘴里去露猎物，如软体动物，甲壳类，蠕虫和海绵动物。

The standing crop of mollusk in subarea of Guozheng Lake, both aquatic oligochaete and aquatic insect in subarea of Shuiguo Lake was maximal.

软体动物现存量以郭郑湖最，水栖寡毛类与水生昆虫均以水果湖最。

In this review,we described the recent development of mass spectrometry techniques for the study of peptidase structure and function in the central nerve system of Aplysia and other mollusks.

本文以海兔等软体动物为素材,综述近年来采用质谱和相色谱技术研究中枢神经系统多肽酶结构与功能进展。

Limpets, snails and octopuses are mollusks.

帽贝、蜗牛和章鱼都是软体。

They creep along the seabed, their whiskery vibrissae probing the surface to feel for the tubes of buried mollusks.

牠们沿海底爬行，用胡子般触须探测海床，搜寻埋在底下管状软体。

Solitary in nature, the trunkfish blows water out of its mouth to expose prey such as mollusks, crustaceans, worms, and sponges.

孤立性质，硬鳞鱼殴打海水来自嘴里去露猎，如软体，甲壳类，蠕虫和海绵。

The standing crop of mollusk in subarea of Guozheng Lake, both aquatic oligochaete and aquatic insect in subarea of Shuiguo Lake was maximal.

软体现存量以郭郑湖最高，水栖寡毛类与水生昆虫均以水果湖最高。

In this review,we described the recent development of mass spectrometry techniques for the study of peptidase structure and function in the central nerve system of Aplysia and other mollusks.

本文以海兔等软体为素材,综述近年来采用质谱和高效谱技术研究中枢神经系统多肽酶结构与功能进展。

Limpets, snails and octopuses are mollusks.

帽贝、蜗牛和章鱼都是软体动。

They creep along the seabed, their whiskery vibrissae probing the surface to feel for the tubes of buried mollusks.

牠们沿海底爬行，用胡子般的触须探测海床，搜寻埋在底下的管状软体动。

Solitary in nature, the trunkfish blows water out of its mouth to expose prey such as mollusks, crustaceans, worms, and sponges.

孤立的性质，硬鳞鱼殴打海水来去露，软体动，甲壳类，蠕虫和海绵动。

The standing crop of mollusk in subarea of Guozheng Lake, both aquatic oligochaete and aquatic insect in subarea of Shuiguo Lake was maximal.

软体动现存量以郭郑湖最高，水栖寡毛类与水生昆虫均以水果湖最高。

In this review,we described the recent development of mass spectrometry techniques for the study of peptidase structure and function in the central nerve system of Aplysia and other mollusks.

本文以海兔等软体动为素材,综述近年来采用质谱和高效液相色谱技术研究中枢神经系统多肽酶结构与功能的进展。

Limpets, snails and octopuses are mollusks.

帽贝、蜗牛和章鱼都是软体动物。

They creep along the seabed, their whiskery vibrissae probing the surface to feel for the tubes of buried mollusks.

牠们沿海底爬行，用胡子般的触须探测海床，搜寻埋在底下的管状软体动物。

Solitary in nature, the trunkfish blows water out of its mouth to expose prey such as mollusks, crustaceans, worms, and sponges.

孤立的性质，硬鳞鱼殴打海水来自嘴里去露猎物，如软体动物，甲壳类，蠕虫和海绵动物。

The standing crop of mollusk in subarea of Guozheng Lake, both aquatic oligochaete and aquatic insect in subarea of Shuiguo Lake was maximal.

软体动物现存量以郭郑湖最高，水栖寡毛类与水生昆虫均以水果湖最高。

In this review,we described the recent development of mass spectrometry techniques for the study of peptidase structure and function in the central nerve system of Aplysia and other mollusks.

本文以海兔等软体动物为素材,综来采用质谱和高效液相色谱技术研究中枢神经系统多肽酶结构与功能的进展。

Limpets, snails and octopuses are mollusks.

帽贝、蜗牛和章鱼都是软体动物。

They creep along the seabed, their whiskery vibrissae probing the surface to feel for the tubes of buried mollusks.

牠们沿海底爬行，用胡子般的测海床，搜寻埋在底下的管状软体动物。

Solitary in nature, the trunkfish blows water out of its mouth to expose prey such as mollusks, crustaceans, worms, and sponges.

孤立的性质，硬鳞鱼殴打海水来自嘴里去露猎物，如软体动物，甲壳，蠕虫和海绵动物。

The standing crop of mollusk in subarea of Guozheng Lake, both aquatic oligochaete and aquatic insect in subarea of Shuiguo Lake was maximal.

软体动物现存量以郭郑湖最高，水栖与水生昆虫均以水果湖最高。

In this review,we described the recent development of mass spectrometry techniques for the study of peptidase structure and function in the central nerve system of Aplysia and other mollusks.

本文以海兔等软体动物为素材,综述近年来采用质谱和高效液相色谱技术研究中枢神经系统多肽酶结构与功能的进展。

Limpets, snails and octopuses are mollusks.

贝、蜗牛和章鱼都是软体动物。

They creep along the seabed, their whiskery vibrissae probing the surface to feel for the tubes of buried mollusks.

牠们沿海底爬行，用胡子般的触须探测海床，搜寻埋在底下的管状软体动物。

Solitary in nature, the trunkfish blows water out of its mouth to expose prey such as mollusks, crustaceans, worms, and sponges.

孤立的性质，硬鳞鱼殴打海水来自嘴里去露猎物，如软体动物，甲壳类，蠕虫和海绵动物。

The standing crop of mollusk in subarea of Guozheng Lake, both aquatic oligochaete and aquatic insect in subarea of Shuiguo Lake was maximal.

软体动物现存量以郭郑湖最高，水栖寡毛类与水生昆虫均以水果湖最高。

In this review,we described the recent development of mass spectrometry techniques for the study of peptidase structure and function in the central nerve system of Aplysia and other mollusks.

本文以海兔等软体动物为素,近年来采用质谱和高效液相色谱技术研究中枢神经系统多肽酶结构与功能的进展。

Limpets, snails and octopuses are mollusks.

帽贝、蜗牛和章鱼都是软体动物。

They creep along the seabed, their whiskery vibrissae probing the surface to feel for the tubes of buried mollusks.

海底爬行，用胡子般的触须探测海床，搜寻埋在底下的管状软体动物。

Solitary in nature, the trunkfish blows water out of its mouth to expose prey such as mollusks, crustaceans, worms, and sponges.

孤立的性质，硬鳞鱼殴打海水来自嘴里去露猎物，如软体动物，甲壳类，蠕虫和海绵动物。

The standing crop of mollusk in subarea of Guozheng Lake, both aquatic oligochaete and aquatic insect in subarea of Shuiguo Lake was maximal.

软体动物现存量以郭郑，水栖寡毛类与水生昆虫均以水果。

In this review,we described the recent development of mass spectrometry techniques for the study of peptidase structure and function in the central nerve system of Aplysia and other mollusks.

本文以海兔等软体动物为素材,综述近年来采用质谱和效液相色谱技术研究中枢神经系统多肽酶结构与功能的进展。

Limpets, snails and octopuses are mollusks.

帽贝、蜗牛和章鱼都是软体动物。

They creep along the seabed, their whiskery vibrissae probing the surface to feel for the tubes of buried mollusks.

牠们沿海底爬行，用胡触须探测海床，搜寻埋在底下管状软体动物。

Solitary in nature, the trunkfish blows water out of its mouth to expose prey such as mollusks, crustaceans, worms, and sponges.

孤立性质，硬鳞鱼殴打海来自嘴里去露猎物，如软体动物，甲壳类，蠕虫和海绵动物。

The standing crop of mollusk in subarea of Guozheng Lake, both aquatic oligochaete and aquatic insect in subarea of Shuiguo Lake was maximal.

软体动物现存量以郭郑湖最高，栖寡毛类昆虫均以果湖最高。

In this review,we described the recent development of mass spectrometry techniques for the study of peptidase structure and function in the central nerve system of Aplysia and other mollusks.

本文以海兔等软体动物为素材,综述近年来采用质谱和高效液相色谱技术研究中枢神经系统多肽酶结构功能进展。

Limpets, snails and octopuses are mollusks.

帽贝、蜗牛和章鱼都是软动物。

They creep along the seabed, their whiskery vibrissae probing the surface to feel for the tubes of buried mollusks.

牠们沿海底爬行，用胡子般的触须探测海床，搜寻埋在底下的管状软动物。

Solitary in nature, the trunkfish blows water out of its mouth to expose prey such as mollusks, crustaceans, worms, and sponges.

孤立的性质，硬鳞鱼殴打海嘴里去露猎物，软动物，甲壳类，蠕虫和海绵动物。

The standing crop of mollusk in subarea of Guozheng Lake, both aquatic oligochaete and aquatic insect in subarea of Shuiguo Lake was maximal.

软动物现存量以郭郑湖最高，栖寡毛类与生昆虫均以果湖最高。

In this review,we described the recent development of mass spectrometry techniques for the study of peptidase structure and function in the central nerve system of Aplysia and other mollusks.

本文以海兔等软动物为素材,综述近年采用质谱和高效液相色谱技术研究中枢神经系统多肽酶结构与功能的进展。

Limpets, snails and octopuses are mollusks.

帽贝、蜗牛和章鱼都是软。

They creep along the seabed, their whiskery vibrissae probing the surface to feel for the tubes of buried mollusks.

牠们沿海底爬行，用胡子般的触须探测海床，搜寻埋在底下的管状软。

Solitary in nature, the trunkfish blows water out of its mouth to expose prey such as mollusks, crustaceans, worms, and sponges.

孤立的性质，硬鳞鱼殴打海水来自嘴里去露猎，如软，甲壳类，蠕虫和海绵。

The standing crop of mollusk in subarea of Guozheng Lake, both aquatic oligochaete and aquatic insect in subarea of Shuiguo Lake was maximal.

软现存量以郭郑湖最高，水栖寡毛类与水生昆虫均以水果湖最高。

In this review,we described the recent development of mass spectrometry techniques for the study of peptidase structure and function in the central nerve system of Aplysia and other mollusks.

本文以海兔等软为素材,综述近年来采用质谱和高效液相色谱技术研究中枢神经系统多肽酶结构与功能的进展。