5 research outputs found
Libyan map showing the collection points Libyan Propolis samples P1 (Alagoria), P2 (Gaminis), P3 (Byda), P4 (Quba), P5,P6, P7 (Kufra), P8(Ghadames), P9 (Tripoli), P10 (Khasr Khiar), P11, P12 (Khumas).
<p>Libyan map showing the collection points Libyan Propolis samples P1 (Alagoria), P2 (Gaminis), P3 (Byda), P4 (Quba), P5,P6, P7 (Kufra), P8(Ghadames), P9 (Tripoli), P10 (Khasr Khiar), P11, P12 (Khumas).</p
Activity of samples P1-P12 against <i>P</i>.<i>falciparum</i> (n = 3).
<p>Activity of samples P1-P12 against <i>P</i>.<i>falciparum</i> (n = 3).</p
OPLS plot of observed against predicted activity against <i>P</i>. <i>falciparum</i> based on five compounds (A-E).
<p>OPLS plot of observed against predicted activity against <i>P</i>. <i>falciparum</i> based on five compounds (A-E).</p
PCA with HCA based on the 300 most intense features obtained in negative ion mode for the 12 propolis samples R<sup>2</sup>X 0.689, Q<sup>2</sup> 0.48.
<p>PCA with HCA based on the 300 most intense features obtained in negative ion mode for the 12 propolis samples R<sup>2</sup>X 0.689, Q<sup>2</sup> 0.48.</p
Most important variables determining the activity of P2 in anti-protozoal and anti-microbial tests and important variables determining cellular toxicity based on sample P8 which was the most cytotoxic sample.
<p>Most important variables determining the activity of P2 in anti-protozoal and anti-microbial tests and important variables determining cellular toxicity based on sample P8 which was the most cytotoxic sample.</p