377 followers
RT @C_Blei: Segmentation within Kinorhyncha likely evolved from an unsegmented ancestor - see https://t.co/9EmoObxbrH by @andreasalten http…
103 followers
#Segmentation in #kinorhyncha ("mud dragons") might have evolved convergently. #evolution #ecdysozoa https://t.co/vAcI1nYD7O
816 followers
RT @C_Blei: Segmentation within Kinorhyncha likely evolved from an unsegmented ancestor - see https://t.co/9EmoObxbrH by @andreasalten http…
909 followers
RT @C_Blei: Segmentation within Kinorhyncha likely evolved from an unsegmented ancestor - see https://t.co/9EmoObxbrH by @andreasalten http…
448 followers
RT @C_Blei: Segmentation within Kinorhyncha likely evolved from an unsegmented ancestor - see https://t.co/9EmoObxbrH by @andreasalten http…
43 followers
RT @C_Blei: Segmentation within Kinorhyncha likely evolved from an unsegmented ancestor - see https://t.co/9EmoObxbrH by @andreasalten http…
1,101 followers
RT @C_Blei: Segmentation within Kinorhyncha likely evolved from an unsegmented ancestor - see https://t.co/9EmoObxbrH by @andreasalten http…
1,503 followers
RT @C_Blei: Segmentation within Kinorhyncha likely evolved from an unsegmented ancestor - see https://t.co/9EmoObxbrH by @andreasalten http…
262 followers
RT @C_Blei: Segmentation within Kinorhyncha likely evolved from an unsegmented ancestor - see https://t.co/9EmoObxbrH by @andreasalten http…
9,543 followers
RT @C_Blei: Segmentation within Kinorhyncha likely evolved from an unsegmented ancestor - see https://t.co/9EmoObxbrH by @andreasalten http…
3,311 followers
Segmentation within Kinorhyncha likely evolved from an unsegmented ancestor - see https://t.co/9EmoObxbrH by @andreasalten https://t.co/n08WNcQjt9