diff --git a/chap6/discussion.tex b/chap6/discussion.tex
index 9a578f5..ecf0d6a 100644
--- a/chap6/discussion.tex
+++ b/chap6/discussion.tex
@@ -231,7 +231,8 @@ on muscle activity, we could not identify significant differences in terms of \%
 of \glsfirst{MVC} for any of our \gls{EMG} measurements. Only a slight trend,
 that \textit{Nyx (35 g)} produced the highest flexor \%\gls{MVC} for only 14\%
 of participants, could be interpreted as anecdotal evidence towards our
-hypothesis, that actuation force has an impact on muscle activity.
+hypothesis, that actuation force has an impact on muscle activity. Therefore we
+have to reject our hypothesis.
 
 \begin{phga_hyp*}[4 $\rightarrow$ \xmark]
   Differences in actuation force influence muscle activity while typing.
@@ -262,9 +263,49 @@ other keyboards. \textit{I3Z4XI7H} also reported in the post-experiment
 interview, that \textit{Hera} was surprisingly pleasant to use and that pain was
 significantly lower than with all other keyboards including
 \textit{Own}. However, because of the nearly identical scores to
-\textit{Aphrodite} we have to reject our hypothesis, that an adjusted keyboard
-is more satisfactory to use than standard keyboards.
+\textit{Aphrodite} in almost all categories, we have to reject our hypothesis,
+that an adjusted keyboard is more satisfactory to use than standard keyboards.
 
 \begin{phga_hyp*}[7 $\rightarrow$ \xmark]
- An adjusted keyboard is perceived as more satisfactory to type with compared to standard keyboards.
+  An adjusted keyboard is perceived as more satisfactory to type with compared
+  to standard keyboards.
 \end{phga_hyp*}
+
+Similarly, the resulting error rates measured for \textit{Hera (35 - 60 g)} were
+close to equal to the results of \textit{Aphrodite (50 g)} and for speed related
+metrics between those two keyboards only slight improvements while using
+\textit{Hera} in \gls{WPM} (0.8\%), \gls{AdjWPM} (0.6\%) and \gls{KSPS} (1\%)―
+that were not statistically significant―were recorded during our experiment. It
+was still interesting to see, that \textit{Hera} was the fastest, out of all
+four test keyboards, for eleven (45\%) out of the twenty-four subjects and that
+albeit the usage of 30\% keyswitches\footnote{That were actually pressed during
+  our typing tests} that required 35 - 40 g actuation force, which is similar to
+the actuation force of \textit{Nyx (35 g)}, we did not see comparably high error
+rates. Because of the lacking evidence, that an adjusted keyboard produces less
+errors or supports the typist in achieving higher typing speeds, we have to
+reject our two hypotheses regarding those improvements.
+
+\begin{phga_hyp*}[5 $\rightarrow$ \xmark]
+  An adjusted keyboard improves typing speed compared to standard keyboards
+  (efficiency - speed).
+\end{phga_hyp*}
+
+\begin{phga_hyp*}[6 $\rightarrow$ \xmark]
+  An adjusted keyboard is perceived as more satisfactory to type with compared
+  to standard keyboards.
+\end{phga_hyp*}
+
+Our experiment basically revealed, that keyboards which utilized keyswitches
+with actuation forces that were neither to light (35 g) nor to heavy (80 g),
+generally outperformed keyboards which featured those extreme actuation
+forces. In the following section, we elaborate on possible limitations of our
+experimental design and future research that could be reasonable to further
+investigate advantages and disadvantages of adjusted keyboard designs.
+
+
+
+
+
+
+
+% ---
diff --git a/chap6/recommendations.tex b/chap6/recommendations.tex
deleted file mode 100644
index fd75cf9..0000000
--- a/chap6/recommendations.tex
+++ /dev/null
@@ -1,2 +0,0 @@
-\section{Recommendations}
-\label{sec:label}
diff --git a/chap7/conclusion.tex b/chap7/conclusion.tex
index 310e60c..e1a72fc 100644
--- a/chap7/conclusion.tex
+++ b/chap7/conclusion.tex
@@ -1,5 +1,13 @@
 \section{Conclusion}
 \label{sec:label}
+Since keyboards are still the main data input device while using a computer and
+are also found to be related to discomfort or even \glsfirst{WRUED}
+\cite{pascarelli_wrued}, we tried to evaluate a possible modification to the
+existing keyboard design, that does not require the consumers to extensively
+adapt their typing behaviour, nor the producers to massively deviate from
+existing manufacturing processes. Therefore, we created a keyboard that used
+keyswitches with actuation forces, related to the specific finger the keyswitch
+is operated with.
 
 \subsection{Future work}
 \label{sec:label}
diff --git a/mainpart.tex b/mainpart.tex
index 2f260ed..aff6d1d 100644
--- a/mainpart.tex
+++ b/mainpart.tex
@@ -26,7 +26,6 @@
 
 %\thispagestyle{myPageStyle}
 \input{chap6/discussion}
-\input{chap6/recommendations} % 8. Discussion, Deriving concrete action recommendations
 \newpage
 
 %\thispagestyle{myPageStyle}