. !'e*+, *. 2&!o*2,!'&!%e, ,. *#)&3&, and . !'+!%&#, Figure 8: Topological constraints used in Analyses O2, O3, R2, R3, R5 and R6 (see Table 1)., vol.2

+. &!-/'&, /. , -. !-'e&lo&2, and !. ,

. &!-$+!-'e+.&!-o&2($,

. *%/,

. */(* and . !*+,

!. V$%'!w%*x&!y*/ and /. Oo*2*~,!*%$-;-!#$33&!+.!$+,

$. U+&!-'*.(!-%*!-#$a#$.(, /. $. 2+#, /. $. !-'&!-%*!-;-/q+2&!-'&!-%*!-o2&(#2/o, and . C!-v$%'!-w%*x&!-y*/, , pp.7-7

*. ##$3o*q.&!%*!, TOO LITTLE O2, TOO MUCH HGB, Respirology, vol.23, pp.195-196, 2018.

. O*2!v$%'!w%*x&!y*/ and . C!p*!#$,

. W%*x&!-y*/,

$. , !. O$+2, and *. !-/-;-!-v$%'!-w%*x&!-y*/, Figure 8: Topological constraints used in Analyses O2, O3, R2, R3, R5 and R6 (see Table 1).

*. , /. U+&(!-'&!-v$%'!-w%*x&!-y*/, !. , and !. ,

&. , !. #&, and &. %@o, Errata, Anesthesiology, vol.36, issue.1, pp.36-36, 1972.

Y. , /. !#$33&!&, /. , and -. D5, FPBE NEWS, Biotechnology Progress, vol.1, issue.2, pp.j7-j7, 1985.

!. !-n*/(!*%$2-;-!u+/!o2&.'!%*!o*2$%&!&, /. O$+2!u+/!i!pe&, -. X&!y*/, !. , and !. %&,

. O*(!%*!3b3&!o$+2!+.!/-;-/'+!$+!o$+2!+.!#$%%&#, Ferro reports 2Q 2010 results; net sales grow to $543 M, a 36% increase from 2Q 2009: performance coatings, Focus on Powder Coatings, vol.2010, issue.9, p.4, 2010.

. O2$1&-;-/$,

&. &%%&c!-p&!-1%$+!-3*/, $. !-*+, and . +2!-'&!-%*!,

. %*!o*2$%&!*+,

Y. , Figure 8: Topological constraints used in Analyses O2, O3, R2, R3, R5 and R6 (see Table 1).

. O2$'+#, &. +. &+2(!'&!#$, *. , !. !*+!o2$1, /. et al.,

$. , %. %&!t!$+!s!?%1, .. &. , and &. , Chemoenzymatic Approach toward the Synthesis of 3O(/)-Glucosylated 3Hydroxy--lactams

$. and $. -!'&!2&#$,

/. &%%&!*+!o2$1 and !. %%&#,

-. $. *%/(&!%e, /. $. #/*, . C!v$%'!w%*x&!y*/, and . !$112&!*/, Sonnet 112, pp.82-82, 2006.

#. and -. U+&c!-p*!-#, MicroRNA-33 (miR-33)

&. and !. %&!-#$%%&#,/1!-'-#*%&!-'$.#!-%&!,

N. Melanie-gresley, W. P.-griffith, A. J.-p.-white, and D. J.-williams, Crystal structures of [(Me2AsO2)2{Me2AsO(OH) }{WO(O2)}2O]·H2O and [NMe4][(Ph2PO2)2{WO2 (O2)}2{WO(O2)(OH)(OH 2)}]·EtOH· H2O·0.5MeOH, Journal of the Chemical Society, Dalton Transactions, issue.1, p.89, 1997.

,. &c!-te&-;-!-#&, . &!-#$.c$.#, !. +2&!u+/!(&!,2*'+/, and *. O*2!%e,

/. , -. T&, and &. , 2o, Japanese, Chinese, and Korean Surnames and How to Read Them, pp.328-362, 1998.

. &!-$+!-a!-%*!-b, Chemoenzymatic Approach toward the Synthesis of 3O(/)-Glucosylated 3Hydroxy--lactams

/. *%/,-!t!o&2f+&!'e+.&!o+6%/#*,

. *%/,

!. , $. , and !. 2&!#$,

+. O&2($,

!. ^^!,

. #$3o2&, Phenol-Induced OO Bond Cleavage in a Low-Spin HemePeroxoCopper Complex: Implications for O2 Reduction in HemeCopper Oxidases

P. and /. $. !-'&!-v$%'!-w%*x&!-y*/, , vol.2

$. 362&+l!-&,

$. Oo$(/ and /. $. ,

*. &%c!y$+2 and !. %&,

C. , L. , and !. U+&,

&. , !. , and &. &2!,

. V$%'!w%*x&!y*/, &. T&, /. $. !1$23+%*, and . O&21, Contents: Electroanalysis 23/2009, Electroanalysis, vol.21, issue.23, pp.2507-2508, 2009.

!. V$%'!w%*x&!y*/,

. V$%'!-w%*x&!-y*/,

. &2!-q'-%/3k,

&. and $. ,

. &%c!-t&, Formal [(2+2)+2] and [(2+2)+(2+2)] Nonconjugated Dienediyne Cascade Cycloadditions

. O*@*, &. *. !-#$, and . !-'&!-%*!-o+6%/#/, Distal trisomy 2q, 2020.

. O2$1&-;-/$,

/. $. ,

/. $. ,

. *%/,

%. and &. , Video 22. Sample 22.

&. , !. +2&!-*%, &. *. , and /. 8&!-'+!, Keane, Desmond St John, (21 Aug. 1941?21 June 2002), QC 1981; QC (Hong Kong) 1982; QC (NSW) 1986; QC (NI) 1993, 2007.

&. &%c!-t&, /. $. !-3$'+%*, !. !-&-;-!-v$%'!-w%*x&!-y*/, !. , !. %&!-#* et al.,

*. #& and &. , MicroRNA-33 (miR-33)

&. and !. ,

*. Pe, ). &. /#/,-!-'&!-%*!-o$(,+2&!-;-,*#)&3&, and . !-'&!-v$%'!-w%*x&!-y*/.,!-a!-%*!-3+, Figure 5: Distribution of Ka and Ks from paralogous (Pe-Pe) and orthologous (Pe-Os and Pe-Bd) gene pairs., p.2

. 6%$q+&+2!1*#&!*+l!#$,

!. &%!&, . U+/!, and . E&,

!. Pe&l&3o%&, /. O*2, !. #+%/&2!-'&!-v$%'!-w%*x&!-y*/, and !. , , vol.12, 2017.

!. and !. #&+l!-'&!-v$%'!-w%*x&!-y*/,

. &%!-o$+2!-%*!-3+-;-/!u+e+.!*,,*#)&3& and . O2$o2&!a!v$%'!w%*x&!y*/,

. W%*x&!-y*/,

#. $. &l, &. !'&!,2, and *. ,

*. %%& and !. '&!6%$q!s!,

&. */!g]$3h!%*.#-!#&!(/, !. &. &2, and !. *. /%!@!*!)+/,

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!. , *. , and !. #&,

/. &+2(!u+/!$ and !. , Distal trisomy 2q, 2020.

*. &+l,

. !#)&k!v$%'w%*x&y*/, ?. !-!-!-+,, and . K?)c!d!y2$o$,

!. *. \$.c$+2c!-!-x+/, . ;-!#&amp;!o$+2!u+$/!v$%&apos;w%*x&amp;y*/, and . !*!&amp;l/, Chapter 2. Volterra equations of the first kind with two variable integration limits. The case a(t0) < t0, Nonclassical Linear Volterra Equations of the First Kind, 2003.

. I!&gt;!&gt;!o*q&amp;,

$. , $. Q2*o)/&amp;:!&amp;, and !. U+&amp;%u+&amp;,

$. $2-!.$, $. 2&amp;!, and &. +8&amp;2, Phenol-Induced OO Bond Cleavage in a Low-Spin HemePeroxoCopper Complex: Implications for O2 Reduction in HemeCopper Oxidases, vol.2

!. and *. %&amp;,

/. /!a!%*!o&amp;, &. #&amp;, &. !. +8&amp;%%&amp;!*8&amp;, $. +2&amp;:!o$+2!, !. %&amp;!($+ et al.,

. /#!`$+2.*%!&apos;&amp;!v$%&apos;w%*x&amp;y*/, $. (. C!!-?$+(!@!3&amp;, $. , !. $. 2&amp;!#?+2!&amp;, !. et al., Figure 8: Topological constraints used in Analyses O2, O3, R2, R3, R5 and R6 (see Table 1).

W. &amp;+2:!v$%&apos;w%*x&amp;y*/ and . !-!-!-!-!-!-!-&apos;&amp;, Phenol-Induced OO Bond Cleavage in a Low-Spin HemePeroxoCopper Complex: Implications for O2 Reduction in HemeCopper Oxidases, p.6

C. , !. $. , and *. 3. 2&amp;!&apos;m!*+!#,

!. O*o/&amp;2!&amp; and 2. %&amp;!,

P. ,

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. &. #$3o2&amp;., &. !&apos;+!, and &. !g&apos;&amp;+l!,

. &amp;!o*(h:!%*!o*q&amp;!u$+-;-!o*2!v$%&apos;!w%*x&amp;!y*/, /. !g/.*#, and . 8&amp;!&apos;&amp;o+/,

$. $+, $. %%$h!t!(+2!]h/, ,. &amp;2!u+/!$+82&amp;!+.&amp;!.$+8&amp;%%&amp;!o*q&amp;!8&amp;2-;-&amp;*+c!!-!-t&amp;, and &. ,

&. U+&amp;!o*2!-&apos;&amp;+l!&amp; and !. T&amp;%*!/, , vol.8

*. O&amp;*+!-$+!-&apos;e/,

/. R2&amp;!&apos;&amp;!o/&amp;&apos;!-&apos;&amp;!o*q&amp;, Figure 8: Topological constraints used in Analyses O2, O3, R2, R3, R5 and R6 (see Table 1).

!. +. !?/%!a!%*!o*q&amp;!-&apos;e*##+&amp;/%!&apos;&amp;!v$%&apos;!w%*x&amp;!y*,

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#. $. and /. $. ,

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$. 23&amp;(!&amp;,!&apos;&amp;(!#$+%&amp;+2, , vol.23, 1992.

+. and ,. ?k?)d!d!g$#+3&amp;,

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/. *q*k, /. &amp;c!p&amp;!, and !. *. 2&amp;!&amp;(,

. L&amp;!o&amp;.&apos;* and . !%*!%&amp;#, , vol.2

$. &. &amp;+2!&apos;+!6%$qc!b%!&amp;, Keane, Desmond St John, (21 Aug. 1941?21 June 2002), QC 1981; QC (Hong Kong) 1982; QC (NSW) 1986; QC (NI) 1993, 2007.

/. &amp;%!o)$, $. , :. X&amp;!y*/, 2. !. #&amp;!u+/!8*+,!&apos;eb, -. !#*2!#e&amp;-;-!- et al.,

*. 33&amp;, KJM v R (No 2), Victorian Reports, vol.33 VR, pp.11-22, 2011.

,. !w*#&amp;6$$x:!]h/ and . &amp;2!$+!v$$q%&amp;c!t&amp;%*!2&amp;,

. &amp;%!&apos;+!6%$qc!, Chile, Merger Control Worldwide, pp.32-33

#. $. and &. +!-u+e,

*. &amp;#,

/. $. ,

*. +l!-#*,

*. %&amp;!1$$, . &amp;2!, !. &amp;%!u+&amp;!&apos;-#2/, and $. +2,

!. $. &amp;%!&amp;, $. /. !&apos;e+.&amp;!#)2, . U+&amp;!-$+!&apos;e+.&amp;!/, . T&amp;, ,. %&amp; et al., Radiative Processes, Active Galactic Nuclei, pp.11-33, 2012.

/. , /. $. !-&apos;&amp;!-%e*+, &. &amp;+2!-&apos;+!, &. !-*+!-3$@&amp;.!-&apos;&amp;!-%*!, and $. +2, +2&!s!D'H5/4I!tC!d8&#!%e+

*. 2&amp;!*+!,

*. , /. $. !&apos;&amp;!%e*#,/8/,-!&apos;&amp;!v$%&apos;!w%*x&amp;!y*/, and . C!?!#&amp;%*!,

*. &amp;%%&amp;!&apos;&amp;!-%e*+, /. !&apos;e, . #%+2&amp;!%&amp;!%&amp;#, and . &amp;+2!&apos;*, Figure 8: Topological constraints used in Analyses O2, O3, R2, R3, R5 and R6 (see Table 1).

%. , Figure 8: Topological constraints used in Analyses O2, O3, R2, R3, R5 and R6 (see Table 1).

&. &amp;%!d!-s!,

*. 3o!%&amp;l/#*%!&apos;&amp;!%*!#2$@* and . #&amp;!&amp;,!&apos;&amp;!%*!, Chemoenzymatic Approach toward the Synthesis of 3O(/)-Glucosylated 3Hydroxy--lactams

%. +2&amp;!&apos;&amp;!v$%&apos;!w%*x&amp;!y*/, 2. !*+, !. U+&amp;!#$33&amp;!s!(+$-&apos;23%%)&apos;(+$%&amp;!t!g#&amp;, and &. !&apos;2l%&amp;!&apos;&amp;!#)$(&amp;!_!#&amp;, International Calendar, Group Analysis, vol.32, issue.3, pp.2l-2l, 1999.

#. and /. G+, Figure 8: Topological constraints used in Analyses O2, O3, R2, R3, R5 and R6 (see Table 1).

!. &amp;%%&amp;!o$+2!%*!3+-;-!u+&amp;!s, Announcement, Congenital Anomalies, vol.50, issue.2, pp.J3-J3, 2010.

P. #+ and /. $. !&apos;e$2*%/,-!s!do4,

&. and E. , Formation of (C5Me5)2U(EPh)Me, (C5Me5)2U(EPh)2, and (C5Me5)2U(h2-TeC6H4) from (C5Me5)2UMe2 and PhEEPh (E = S, Se, Te)

*. , +. , and -. Gs, WS/GS-Umrichter mit eingeprägtem Gleichstrom (WS/GS-I-Umrichter), Leistungselektronik, pp.103-155

+. , &. , %. , and .. &. , Figure 4. Impaired acclimatisation to chronic hypoxia and severe pulmonary hypertension in mice lacking CBs.

$. #&amp;!o2-#-&apos;&amp; and . &amp;!d!s!, Phenol-Induced OO Bond Cleavage in a Low-Spin HemePeroxoCopper Complex: Implications for O2 Reduction in HemeCopper Oxidases, vol.18

. 2+/,&amp;!v$%&apos;!w%*x&amp;!y*/ and . !*+!#$+2, , vol.8

&. &amp;%%&amp;!d!s!n and K. T-+.$%#$%&amp;&apos;, Comparison of Li[Li1/9Ni1/3Mn5/9]O2, LiNi0.5Mn1.5O4 and LiNi2/3Mn1/3O2 as High Voltage Positive Electrode Materials, ECS Meeting Abstracts, vol.8, 2010.

$. 3&amp;, /. $. !&apos;&amp;!%*!2-&apos;*#, /. $. !&amp;,!&apos;&amp;!%*!o+6%/#*, /. !&apos;&amp;!#&amp;!6, and . %%&amp;, , vol.1

*. 33@:!#/,-&amp;!*+!#$+2(!&apos;&amp;!%*!%&amp;, Centennial Trade Marks, Scientific American, vol.33, issue.6, pp.81-81, 1875.

+. and ,. ?k?)d!d!g$#+3&amp;,

!. U+/!-3e, $. !-o*2+!--, and $. .. ,

$. and !. &apos;e*,

!. , !. &apos;&amp;(!-o)$, $. Q2-;-!-6%*.#!-$+!-(&amp;!-o%/*, and . !-*+!-#$&apos;&amp;!-#$+%&amp;+2!-#$33&amp;!$.!%&amp;!8&amp;22*!+%, Supplemental Information 23: NJD13-32,WRKY-R3

$. , !. &gt;8&quot;#, !. O$+2!/.(, and *. %%&amp;2!%&amp;!#$&apos;&amp;!#$+%&amp;+2c!-!!-%*!,

. *%/,-!&apos;&amp;!%*!, Phenol-Induced OO Bond Cleavage in a Low-Spin HemePeroxoCopper Complex: Implications for O2 Reduction in HemeCopper Oxidases

. Aristotle, 10b (R2 36, R3 60, W 10b), Oxford Classical Texts: Aristotelis: Fragmenta Selecta, 1955.

*. , -. , $. , !. #&amp;%*!-#2/, and !. ,

. $+!&amp;.!.-q*,/1!a!%*!o2&amp;3/r2&amp;!&apos;&amp;!#$+8&amp;2, !. +2&amp;!&amp;, . U+/!&amp;, and . Q%$6&amp;, Figure 8: Topological constraints used in Analyses O2, O3, R2, R3, R5 and R6 (see Table 1).

. !!-a!-q*+#-;-!o%*, C. &amp;1$23&amp;(!&apos;e*#)*, !. P&amp;!1*/, and . U+&amp;!%&amp;!o2/l!, Phenol-Induced OO Bond Cleavage in a Low-Spin HemePeroxoCopper Complex: Implications for O2 Reduction in HemeCopper Oxidases

. &amp;%!g&amp;l,

/. and *. , Embarrassment, Obstruction, pp.33-62

/. U+&amp;!&amp;, !. /. &amp;2, and /. $. ,

!. $+%&amp;8&amp;2(&amp;3&amp;, !. O$, &. /&amp;%%&amp;3&amp;, *. !+.!#*, and . %@-;-!v$%&apos;!w%*x&amp;!,

!. and !. , , p.62

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P. , *. 6%&amp;!&apos;&amp;-;--3&amp;, . !*+!#&amp;, &. 2&amp;!&apos;&amp;!%*!o*q&amp;!&amp;,!&apos;&amp;!%*!-;-&amp;!&amp;.!o*q&amp;c!t&amp;, /. $. !(e&amp;lo% et al., , vol.3

. &amp;%c!p&amp;!#$&apos;&amp;!#$+%&amp;+2!,

. O*q&amp;!o$+2!3/3&amp;2!%&amp;!(&amp;.(!&apos;+!, &. !. &amp;l, *. 3. !*8&amp;#!%e+-;-*, and /. $. !&apos;+!, Homily 50 (John 7.25-36), Commentary on Saint John the Apostle and Evangelist, Homilies 48?88 (The Fathers of the Church, Volume 41), pp.23-33, 2010.

.. !. &amp;%%&amp;!&apos;e+ and /. 2&amp;!&amp;,!&apos;e+.!#)*o&amp;*+!-*##$3o*q,

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*. O*#&amp;!&apos;&amp;!%*!o*q&amp;c!t&amp;2,

*. , &. , &. !*+!#*&apos;2&amp;!, and &. +&amp;%!*8&amp;#!&apos;&amp;, ((Gh(o)st)) (((bl(oo)ms))), The Lapidary's Nosegay, pp.28-29

?. , &. !+.!*2, /. #%&amp;!/, and /. +%-!s!, Chemoenzymatic Approach toward the Synthesis of 3O(/)-Glucosylated 3Hydroxy--lactams

. P/$.!*.*%@-;-!o2-#-&apos;&amp;33&amp;, . C!5/!%*!o)$,$!&apos;&amp;!#$+8&amp;2, and !. +2&amp;!&apos;&amp;!#&amp;,

. !&apos;&amp;!o*q&amp;c!!-!-d!%*!o*q&amp;!^=,

!. W%*x&amp;!y*/,

#. $. ,

*. , , p.62

!. &amp;a3*/%!&apos;&amp;!#$, *. , and !. O$+2!%*!&apos;/, Future Issues, Seminars in Oncology, vol.33, issue.5, pp.A7-A7, 2006.

. &amp;%%&amp;!$+!&apos;&amp;!o2$1&amp;-;-/$,

+. , ,. ?k?)d!d!g$#+3&amp;.-;-$/%y&apos;/%&apos;, &. K$k$%&amp;&apos;(+, and &. , Transportation and Deposition, Exploration for Sandstone Stratigraphic Traps, pp.1a-1c, 1978.

!. Q&amp;!h&amp;6, Hewins, Maurice Gravenor, (22 June 1897?23 Oct. 1953), QC 1952, 2007.

*. Oo$2,!*+!#$, &. +c!t&amp;!u+/!.e&amp;, (. , !. O*(!&amp;l*#, &. et al.,

$. #. and /. $. !&apos;+!,

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$. and $. Q2*o)/&amp;!-&amp;.!-#$+%&amp;+2!-&apos;*, Figure 1: t[1]/t[2] PCA scoreplot for monovarietal EVOO samples (two components give R2 = 0.72, Q2 = 0.65).

Q. +#, Video 4. Animation of the cells in the mib1ta52b mutant primordium at 36 hpf (see Figure 6C?D).

. *q*k/.&amp;!o*o/&amp;2:!%*!3&amp; and . /$.!&apos;&amp;!%*!&apos;*,&amp;!&apos;&amp;!,

. *#/%&amp;3&amp;, *. !*+!o*2, and . Q&amp;!&apos;&amp;!%e, HUG 28, ff. 245r-246v, inc. u² + x² + y² = q²

!. W#y,

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#. $. #&amp;o, /. $. !&apos;e+, .. !. &amp;%!$6c&amp;, and C. P&amp;,

!. and !. O2-#*/2&amp;c!y$+2!v$%&apos;!w%*x&amp;!y*/, Supplementary file 4.

#. Iy,