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000806170 010__ $$a  2016037619
000806170 019__ $$a988728465
000806170 020__ $$a9780674660403$$q(hardcover)
000806170 020__ $$a0674660404$$q(hardcover)
000806170 035__ $$a(OCoLC)ocn957339669
000806170 035__ $$a806170
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000806170 05000 $$aQR13$$b.I547 2017
000806170 08200 $$a579/.138$$223
000806170 1001_ $$aIngraham, John L.,$$eauthor.
000806170 24510 $$aKin :$$bhow we came to know our microbe relatives /$$cJohn L. Ingraham.
000806170 264_1 $$aCambridge, Massachusetts :$$bHarvard University Press,$$c2017.
000806170 300__ $$ax, 292 pages :$$billustrations ;$$c22 cm
000806170 336__ $$atext$$btxt$$2rdacontent
000806170 337__ $$aunmediated$$bn$$2rdamedia
000806170 338__ $$avolume$$bnc$$2rdacarrier
000806170 504__ $$aIncludes bibliographical references and index.
000806170 5050_ $$aPart One. Discovering the tree of life -- 1. The tree's microbial branches -- 2. Relationships among organisms -- 3. Enter DNA -- 4. The Rosetta Stone -- 5. From the tree's roots to its branches -- Part Two. Doubts and complications -- 6. Genes from neighbors -- 7. Can the receiving cell just say no? -- 8. Can the tree be trusted? -- Part Three. Understanding the tree of life -- 9. The Tree's Ecological Fruit -- 10. The tree's beginnings.
000806170 520__ $$aBy unlocking the evolutionary information contained in cells, biologists have been able to construct the Tree of Life and show that its three main stems are dominated by microbes. Plants and animals constitute a small upper branch in one stem. Soon we may know how life began over 3.5 billion years ago. John Ingraham tells this story of discovery.--$$cProvided by publisher.
000806170 650_0 $$aMicroorganisms$$xEvolution.
000806170 650_0 $$aBacteria$$xEvolution.
000806170 650_0 $$aEvolution (Biology)
000806170 650_0 $$aLife$$xOrigin.
000806170 85200 $$bgen$$hQR13$$i.I547$$i2017
000806170 909CO $$ooai:library.usi.edu:806170$$pGLOBAL_SET
000806170 980__ $$aBIB
000806170 980__ $$aBOOK