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…  experienced a remarkable growth since its birth/ demonstrates the utility of
                         Q.
                      …  affects the rate of Q/ is determined by means of Q.
                      …  reinforces  the  analogy/  intervenes  between  Q  and  R/  is  relevant  only  at
                         equilibrium.
                      …  holds only in certain situations/ renders R unreactive to Q.
                      …  makes  the  consequences  of  Q  harmless/  resists  extension/  mimics  real-life
                         forms.
                      …  exhibits  properties  (signs/  varying  degrees)  of  Q/  is  not  an  incidental
                         consequence of Q.
                      …  can get very complex when Q is involved/ can have semantic significance.
                      …  possesses an additional property, Q/ is experimentally measurable.
                      …  may on occasion be very great/ is an earthquake precursor.
                      …  is a short-lived particle (a highly reactive molecule/ an unreactive gas).
                      …  is a parameter susceptible to alteration/ a response to Q/ a lawlike regularity.
                      …  is made up of a limited number of entities/ is inconsistent with observational
                         results.
                      …  is caused by (the fact that) Q/ is pinned down as a cause of Q.
                      …  is highly amenable to alteration/ is equivalent to Q.
                      …  is adequate* (proved useful) for studying phenomena as diverse as R and Q.
               •     (An examination of experimental data points to the conclusion that) ...
                    There is ...
                      …  no/ little connection between the two phenomena/ no occasion for P here.
                      …  an overlap/ parallelism between P and Q.
                      …  a correlation between cancer risk and P.
                      …  an interplay of factors here, including age.
                      …  variability around the expected outcomes.
               •     There are ...occasional traces of P in volcanic gases.
                    There may (well) be ... some significant relationship between P and Q.
                    It is just in the threshold region ... where these effects are most important.
                    This is where P becomes relevant. Here the chemical mimics a hormone.
               •     (It is relatively simple to verify that) ... This event is responsible for the change.
                    This factor determines Q/ has a biological underpinning.
                    This distinction only arises if there is P. The existence of P is an indicator of
                     may explain Q.
                    The behavior of P approximates that of Q. Such behavior is not observable in Q.
                    Such  processes  are  governed  by  P.  The  nature  /  choice  of  P  depends  on  Q  /
                     conforms to Q.
                    These effects ...
                      …  are possible when Р.
                      …  are related to Р.
                      …  are common for PP.
                    Occasionally  there  happens  P.  Characteristically  PP  tend  to  form  chains/  a
                     hierarchy.
               •     It is important to emphasize what P and Q have in common;
                    P  and  Q  ...  embody  the  same  relation/  are  inseparably  connected  (inseparable


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