Vật liệu của Darwin: Những tác động tiến hóa của khả năng đa quy mô trong sinh học phát triển
Tóm tắt
Khía cạnh quan trọng của tiến hóa là lớp sinh lý phát triển được điều chỉnh giữa kiểu gen và kiểu hình giải phẫu. Trong khi nhiều công trình đã nghiên cứu về sự tiến hóa của các cơ chế phát triển và khả năng thích nghi của các cấu trúc di truyền cụ thể với sự phức tạp mới nổi, một khía cạnh chưa được khám phá đầy đủ là: những hàm ý về năng lực giải quyết vấn đề hình thái đối với chính quá trình tiến hóa. Các tế bào mà tiến hóa khai thác không phải là những thành phần thụ động: thay vào đó, chúng có nhiều khả năng hành vi vì chúng phát sinh từ những sinh vật đơn bào tổ tiên với vốn gen phong phú. Ở các sinh vật đa bào, những khả năng này cần phải được điều chỉnh, và có thể được khai thác bởi quá trình tiến hóa. Cụ thể, các cấu trúc sinh học có một kiến trúc năng lực đa quy mô nơi các tế bào, mô và cơ quan thể hiện tính dẻo dai điều chỉnh - khả năng điều chỉnh để ứng phó với các rối loạn như chấn thương bên ngoài hoặc sự chỉnh sửa bên trong và vẫn thực hiện các nhiệm vụ thích ứng cụ thể trên các không gian vấn đề về trao đổi chất, phiên mã, sinh lý học và giải phẫu. Tại đây, tôi sẽ xem xét các ví dụ minh họa cách mà các mạch sinh lý hướng dẫn hành vi tập thể của tế bào mang lại các tính chất tính toán cho vật liệu có sự tác động phục vụ như nền tảng cho quá trình tiến hóa. Tôi sau đó khám phá những cách mà trí thông minh tập thể của các tế bào trong quá trình hình thành hình thái ảnh hưởng đến tiến hóa, cung cấp một góc nhìn mới về quá trình tìm kiếm tiến hóa. Tính năng then chốt này của phần mềm sinh lý của sự sống giúp giải thích tốc độ và độ bền đáng chú ý của tiến hóa sinh học, và làm sáng tỏ mối quan hệ giữa bộ gen và kiểu hình giải phẫu chức năng.
Từ khóa
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