Supplementary Figure 1. Video shows a complete view across the Z-axis for GFP (left) and JPH2 (middle) fluorescence and WGA (right) staining in a JPH2+ ARVM at day 4 of culture. The top cell has greater GFP and JPH2 fluorescence but internal WGA staining is little different from the bottom cell. JPH2 staining intensity is much more punctate in the top cell. Z-depth was 1 µm
Summary: Quantitative analysis using a turn-on fluorescent probe is inherently difficult due to the ...
Imaging of biological samples using fluorescence microscopy has advanced substantially with new tech...
<p>(A) Conventional wide-field fluorescence microscopy (Zeiss) image of <i>B. subtilis</i> strain SU...
Supplementary Video 1. Video shows a complete view across the Z-axis for GFP (left) and JPH2 (middle...
<p>(A) Fluorescence images of GFP-MARK2 (upper left), mCherry-C1 (upper right) and phase image (lowe...
<p>A) upper panel overlay of bright field and fluorescence, lower panel fluorrscence, B) left upper ...
<p>(a): Bright-field image of CHO cells in the vicinity of the MFP channel apex in the cell culture ...
<p>From left to right for each row, the panels correspond to (1) brightfield, (2) green fluorescence...
<p>(A) FtsZ localization in WT, Δ<i>divIVA</i>, Δ<i>gpsB</i> and Δ<i>divIVA</i>Δ<i>gpsB</i> cells. P...
<p><b>γ</b>H2AX fluorescence pattern (green) of AGD cells as observed at the confocal microscope 1 h...
(A) Fluorescence microscopy images of exponentially growing Rm2011 rgsP-egfp (gene fusion at the nat...
<p>(<b>A</b>) Fluorescence localization of ParA-GFP (green), Hoechst DNA stain (red) and overlay, at...
<p>(<b>A</b>) <i>act15::PakD-GFP</i> cells were grown in glass chamber slides overnight, then fixed ...
<p>GFP-SrgA localizes to the apex of both hyphae and conidiophores. A punctate accumulation at the t...
<p>(A) DE-cad staining during early and mid AS cell elongation. Elongating A-P and non-elongating D...
Summary: Quantitative analysis using a turn-on fluorescent probe is inherently difficult due to the ...
Imaging of biological samples using fluorescence microscopy has advanced substantially with new tech...
<p>(A) Conventional wide-field fluorescence microscopy (Zeiss) image of <i>B. subtilis</i> strain SU...
Supplementary Video 1. Video shows a complete view across the Z-axis for GFP (left) and JPH2 (middle...
<p>(A) Fluorescence images of GFP-MARK2 (upper left), mCherry-C1 (upper right) and phase image (lowe...
<p>A) upper panel overlay of bright field and fluorescence, lower panel fluorrscence, B) left upper ...
<p>(a): Bright-field image of CHO cells in the vicinity of the MFP channel apex in the cell culture ...
<p>From left to right for each row, the panels correspond to (1) brightfield, (2) green fluorescence...
<p>(A) FtsZ localization in WT, Δ<i>divIVA</i>, Δ<i>gpsB</i> and Δ<i>divIVA</i>Δ<i>gpsB</i> cells. P...
<p><b>γ</b>H2AX fluorescence pattern (green) of AGD cells as observed at the confocal microscope 1 h...
(A) Fluorescence microscopy images of exponentially growing Rm2011 rgsP-egfp (gene fusion at the nat...
<p>(<b>A</b>) Fluorescence localization of ParA-GFP (green), Hoechst DNA stain (red) and overlay, at...
<p>(<b>A</b>) <i>act15::PakD-GFP</i> cells were grown in glass chamber slides overnight, then fixed ...
<p>GFP-SrgA localizes to the apex of both hyphae and conidiophores. A punctate accumulation at the t...
<p>(A) DE-cad staining during early and mid AS cell elongation. Elongating A-P and non-elongating D...
Summary: Quantitative analysis using a turn-on fluorescent probe is inherently difficult due to the ...
Imaging of biological samples using fluorescence microscopy has advanced substantially with new tech...
<p>(A) Conventional wide-field fluorescence microscopy (Zeiss) image of <i>B. subtilis</i> strain SU...