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- Reproduction (2286 bytes)
5: ...ogical]] process by which organisms create descendants through the combination of [[genetic]] materia...
6: .... Other ways of asexual reproduction are [[binary fission]], [[fragmentation Biology|fragmentation]] and [[...
10: ...[[Drosophila melanogster|fruit fly]] (10–14 days) produces up to 900. Both strategies can be fav... - Lise Meitner (3907 bytes)
2: '''Lise Meitner''' ([[November 7]], [[1878]]–[[October 27]], [[1968]]) was an [[Austria]]n [...
10: ... completely unexpected; it took some study of the data and creative thinking to free her mind from the...
12: ...ess Club (USA) in 1946; received the Max Planck Medal of the German Physics Society, 1949.
17: ..., Max von Laue on the Occasion of their 80th Birthday''. New York: Interscience.
18: *Patricia Rife, ''Lise Meitner and the Dawn of the Nuclear Age'' Birkhäµ³er, 1999 - Thyroid (5421 bytes)
3: ... of C5 and T1 vertebral bodies, just below the [[Adam's apple]], near the thyroid [[cartilage]] over t...
24: ...tive [[isotope]]s of iodine produced by [[nuclear fission]]. In the event of large accidental releases of s... - Cell (biology) (28190 bytes)
21: ...e blue''), the capsule (''orange''), ribosomes (''dark blue''), and a flagellum (also ''black'').]]
63: ..."little organs", called [[organelle]]s, that are adapted and/or specialized for carrying out one or mo...
65: ...NA from various molecules that could accidentally damage its structure or interfere with its processin...
67: ...somes—sometimes hundreds or even thousands—can be found throughout a cell.
77: ...ppendages called [[flagella]] and [[Pilus|pili]]—proteins attached to the cell surface; a [[cell... - Eukaryote (9230 bytes)
29: ...usome]]s, which expel material used to deflect predators or capture prey. In multicellular organisms,...
33: ... contain their own DNA and are only formed by the fission of other mitochondria. They are now generally he...
35: ...yotes have obtained them from others through secondary endosymbiosis or ingestion.
48: ...place by [[mitosis]], a process which allows each daughter nucleus to receive one copy of each chromos... - Microbiology (4238 bytes)
1: ...]es, [[prokaryote]]s and simple [[eukaryote]]s. Today, most of the work in microbiology is done using ...
3: Microbiologists have made many fundamental contributions to [[biology]] and [[medicine...
8: ...totic]] division and [[prokaryote]]s by [[binary fission]]. This allows for the propagation of genetically...
11: ...strating that adaptive mutations arise from [[preadaptation]] rather than directed mutation. For this ... - Annelid (7780 bytes)
5: {{Taxobox_phylum_entry | taxon = '''Annelida'''}}
11: [[Acanthobdellida]]<br>
12: [[Branchiobdellida]]<br>
14: Class [[Myzostomida]]<br>
15: Class [[Archiannelida]] ([[polyphyletic]])<br> - Prokaryote (4630 bytes)
6: ...[asexual reproduction|asexual]], through [[binary fission]], where the chromosome is duplicated and attache...
16: ... the most successful and abundant organism even today. While earth is the only known place where prok... - Atomic mass (3063 bytes)
5: ...lement heavier than [[iron]] produces energy, and fission in any element lighter than iron requires energy;...
7: ...e average is weighted by the relative natural abundances of the element's isotopes. This is the atomic...
9: ...omic mass, in most current usage. The term '''standard atomic weight''' (as used by [[IUPAC]] at this ... - Cell (29541 bytes)
21: ...e blue''), the capsule (''orange''), ribosomes (''dark blue''), and a flagellum (also ''black'').]]
63: ..."little organs", called [[organelle]]s, that are adapted and/or specialized for carrying out one or mo...
65: ...NA from various molecules that could accidentally damage its structure or interfere with its processin...
67: ...somes—sometimes hundreds or even thousands—can be found throughout a cell.
77: ...ppendages called [[flagella]] and [[Pilus|pili]]—proteins attached to the cell surface; a [[cell... - Fungus (12992 bytes)
21: ...ushroom poisoning]]). While not every mushroom is dangerously poisonous, most simply aren't large or t...
24: ...asexually by blastoconidia formation (budding) or fission. Hyphae are multi-cellular fungi which reproduce ...
26: ...cuous part of any fungus are its fruiting bodies—reproductive structures that produce [[spore]]s...
94: ...used against ''[[Streptococcus]]'' and other very dangerous germs.
119: ...p://www.pnwfungi.wsu.edu/ Pacific Northwest Fungi Database] - Americium (6956 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
7: ...center" | [[plutonium]] – '''americium''' – [[curium]]
12: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
33: ...[Atomic radius]] (calc.) || [[1 E-10 m|175 pm (no data)]]
35: | [[Covalent radius]] || no data - Berkelium (5697 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
7: ...n="center" | [[curium]] – '''berkelium''' – [[californium]]
12: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
50: ! [[natural abundance|NA]]
62: | <sup>246</sup>Bk || {syn.} || 1.8 [[day|d]] - Cadmium (10755 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...ign="center" | [[silver]] – '''cadmium''' – [[indium]]
11: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
51: | [[Oxidation state]]s ([[Oxide]])
111: ! [[natural abundance|NA]] - Californium (7452 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...center">[[berkelium]] – '''californium''' – [[einsteinium]]</td>
10: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div> </table>
36: <th>[[Isotope|iso]]</th><th>[[natural abundance|NA]]</th><th>[[half-life]] </th><th>[[decay mo...
38: .../td><td>[[1 E7 s|333.5 d]] </td><td>[[spontaneous fission|SF]]<br>[[alpha emission|α]]</td><td><br>6.... - Curium (8593 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...n="center" | [[americium]] – '''curium''' – [[berkelium]]
11: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
34: | no data
37: | no data - Einsteinium (5780 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...er" | [[californium]] – '''einsteinium''' – [[fermium]]
10: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
44: ! [[natural abundance|NA]]
60: | [[spontaneous fission|SF]]<br />α - Fermium (6567 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...="center">[[einsteinium]] – '''fermium''' – [[mendelevium]]</td>
10: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div> </table>
36: <th>[[Isotope|iso]]</th><th>[[natural abundance|NA]]</th><th>[[half-life]] </th><th>[[decay mo...
38: .../td><td>[[1 E4 s|25.39 h]] </td><td>[[spontaneous fission|SF]]<br>[[alpha emission|α]]</td><td> ... - Holmium (7766 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ..."center" | [[Dysprosium]] – '''Holmium''' – [[Erbium]]
9: ...r><div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
49: | [[Oxidation state]]s ([[Oxide]])
112: ! [[natural abundance|NA]] - Hydrogen (20221 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
6: ...r><td colspan="2" align="center">'''hydrogen''' – [[helium]]</td>
10: ...="text-align: right"><small>[[Periodic table (standard)|Full table]]</small></div></td></tr>
40: <td>[[Oxidation state]]s ([[Oxide]]) </td><td...
82: ! [[natural abundance|NA]]
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