 
<translate> Troglobites na-enwekarị mgbanwe evolushọn iji bie ndụ n'ọgba. Ihe atụ nke mgbanwe ndị dị otú ahụ na-agụnye metabolism na-adịghị ngwa ngwa, mbelata oriri ike, iji nri eme ihe n'ụzọ ka mma, mbelata ma ọ bụ mfu nke anya (anophthalmia), na depigmentation (enweghị ihe na-acha odo odo na integument). N'aka nke ọzọ, n'adịghị ka ọrụ ndị furu efu ma ọ bụ belata, ọtụtụ ụdị enweela antenna elongated na ngwa ngwa locomotory, iji mee ka ọ dịkwuo mma ịkwaga gburugburu ma zaghachi ihe ndị na-akpali akpali gburugburu ebe obibi. Ọdịdị ndị a jupụtakwara n'ihe ndị na-anabata kemịkal, mmetụ aka na iru mmiri. Troglobites adịghị adịkarị ndụ nke ọma n'èzí ọgba, n'ihi ya kwa, ha apụghị ịgagharị n'etiti usoro ọgba dị iche iche. N'ihi ya, ọtụtụ ụdị troglobiotic na-adị n'otu ọgba ma ọ bụ n'ọgba ndị dị n'ime ya.  Dabere n'ihe e kwuru n'ebe a, olee otú ụmụ anụmanụ ndị bi n'ọgba si eme mgbanwe iji kwekọọ n'ọnọdụ ha? Ka anyị chee echiche ngwa ngwa. Mmiri nke ịmara: <eng> Troglobites typically have evolutionary adaptations to cave life. Examples of such adaptations include slow metabolism, reduced energy consumption, better food usage efficiency, decrease or loss of eyesight (anophthalmia), and depigmentation (absence of pigment in the integument). Conversely, as opposed to lost or reduced functions, many species have evolved elongated antennal and locomotory appendages, in order to better move around and respond to environmental stimuli. These structures are also full of chemical, tactile and humidity receptors. Troglobites commonly do not survive well outside caves and, therefore, can not travel between separate cave systems. As a result, many troglobiotic species are endemic to a single cave or system of caves.

Based on this passage, what is an adaptation of a cave dwelling animal? Let's think fast. Stream of consciousness: 