Innervation of the subgenual organ in the stick insect Trachyaretaon echinatus: Neuroanatomical differences within Oriophasmata (Phasmatodea) [0.03%]
䗛类副球器的神经支配：Oriophasmata科副球器的神经解剖学差异
Johannes Strauß
Johannes Strauß
Neuronal features including the nerve pattern are relatively conserved during evolution and are therefore useful for comparative studies. In stick insects (Phasmatodea), neuronal elements are rarely analysed for different groups. As the mor...
The morphology of integumental brochosomes in Cicadellidae (Hemiptera: Auchenorrhyncha) [0.03%]
叶蝉科昆虫(半翅目：无网翅亚目)表皮具有的微小腔隙及其中的Brochosomes形态学研究
Kewei Lyu,Yalin Zhang
Kewei Lyu
Brochosomes, secretory microstructures composed of protein-lipid compounds, are synthesized in the Malpighian tubules of leafhoppers (Cicadellidae). These specialized particles play essential biological roles, notably providing hydrophobic ...
Structure and variability in the female genital atrium of Uropodina (Acari: Parasitiformes) [0.03%]
Uropodina(寄生虫目：吸汁真昆虫)的雌性生殖腔的结构和可变性
Jeremy Naredo,J Orlando Combita-Heredia,Thomas van de Kamp et al.
Jeremy Naredo et al.
Primary and secondary sexual characters of Mesostigmata are often used in species descriptions and phylogenetic analyses. The use of these characters has been focused almost exclusively on external structures. Digital 3D reconstruction base...
Fine structure and adaptive variation of compound eyes in two species of infralittoral prawns (Palaemon, Caridea): New insights into imaging mechanisms of reflecting superposition eyes in decapod crustaceans [0.03%]
两种近岸对虾（Palaemon，Caridea）复眼的精细结构和适应性变异：对十足目甲壳动物反射叠加眼成像机制的新见解
Daniel Hamm,Stefan Richter,Carsten H G Müller
Daniel Hamm
The main goal of this study has been to explore and compare the functional morphology and photoadaptive patterns of the compound eyes of two closely related prawn species both inhabiting different infralittoral visual environments. Using li...
Sternal glands in Strumigenys ants [0.03%]
链丝蚁中的胸腺 gland 应指胸腺分泌腺，这里翻译为“胸腺”以保持术语的专业性。不过根据生物学名词的准确性要求，“sternal glands”更准确地应译作“胸腺腺体”或者“腹腺”，因为它们位于蚂蚁腹部（胸骨板）上。因此，为了更精确反映原文意思，可以将题目翻译为：
链丝蚁中的腹腺
这个标题更能准确表达原文所指的生物学结构。如果需要保持一定的通用理解度，“胸腺”也可作为备选翻译，但“腹腺”更为专业和准确。
Chu Wang,Fu-Ya Chung,Chung-Chi Lin et al.
Chu Wang et al.
Strumigenys ants are characterized by an extraordinary developed exocrine system with 10 glands exclusively found in this genus. Making a survey of 18 species, we discovered two additional glands in workers and queens that are located under...
A supposedly bioluminescent species of cockroach that would not glow: A case of scientific fraud, erroneous observation or bacterial infection? [0.03%]
一个据称具有生物荧光的蟑螂物种却不会发光：科学欺诈、观察错误还是细菌感染案例？
Yuichi Oba,Victor Benno Meyer-Rochow
Yuichi Oba
Two reports of the discovery of bioluminescent cockroach species from South America in 1999 and 2003 led to a flurry of speculation on the evolution of the species, the likely function of the light supposedly emitted by the males of the spe...
On Anacroneuriini (Plecoptera: Perlidae) morphology: Standardizing vocabulary and a morphological atlas [0.03%]
石虫目︰珀尔科科>Anacroneuriini形态学研究︰词汇标准化和形态图谱
Rodrigo Braga Gastaldo,Lucas Henrique de Almeida,Frederico Falcão Salles
Rodrigo Braga Gastaldo
Anacroneuriini is a tribe of stoneflies within Perlidae which displays diagnostic characteristics in their male genitalia. As researchers are often focused on a few taxonomic characters of each particular genus, they rarely consider the mor...
Comparative spermatozoal ultrastructure in the crab clade Heterotremata (Decapoda: Brachyura): Evidence from a selection of species [0.03%]
异胸总科 crab clade (十足目：短尾下目)中的精子超微结构比较：来自一些物种的证据
Quentin Andreotti,Caio Santos Nogueira,Luis Miguel Pardo et al.
Quentin Andreotti et al.
Recent phylogenetic studies revealed close relationships between several families of Heterotremata crabs. In this context, we describe the spermatozoal ultrastructure in several Aethridae, Menippidae, Calappidae, Parthenopidae, Cancridae, a...
Development and morphology of podocopan ostracod limbs (Crustacea) - A review [0.03%]
盾壳虫（甲壳动物）附肢的发育和形态——综述
Robin James Smith
Robin James Smith
Ostracods are tiny bivalved crustaceans, which have colonised almost all aquatic ecosystems. Their extensive fossil record, stretching back to the Ordovician, attests to their remarkable success, in part due to their calcitic carapace - a h...