0:00Product intro title The scene opens with a white product box featuring the "Invitrogen by Thermo Fisher Scientific" logo and branding in red and white, positioned slightly to the right of the frame, angled towards the viewer. In front of the box, two clear plastic protein gel casings with white bases are laid out. The background is a soft, muted red-pink hue with a subtle gradient, hinting at a laboratory setting but remaining out of focus. Large white text overlays read "Introducing invitrogen™ WedgeWell format protein gels" spread across the screen, partially obscuring the products. The lighting is soft and even, highlighting the clean lines of the products. The overall color palette is dominated by white, red, and clear plastic against a warm red background, creating a clean and professional aesthetic.
0:02Unboxing gel pack This scene is a close-up on a pair of hands, wearing purple nitrile gloves, carefully opening the white and red product box from the top. The hands pull back a clear plastic covering, revealing a stack of individually sealed clear plastic protein gel packs inside. The background is a blurred laboratory countertop in a light grey color, with faint hints of other lab equipment out of focus, suggesting a clean working environment. The lighting is bright and even, casting minimal shadows and emphasizing the precision of the action. White text overlays "Introducing Invitrogen™ WedgeWell format protein gels" remain fixed on the screen, positioned in the lower-left. The dominant colors are the white of the box and lab coat, the vibrant purple of the gloves, and the red branding.
The scene shows a pair of gloved hands, wearing purple nitrile gloves, carefully retrieving a single clear plastic protein gel from its packaging within the product box. The gel is held upright, showcasing its transparent rectangular structure with numerical markings (1-20) along the top. The background is a blurred laboratory setting, featuring a white lab coat and a red shirt worn by the person whose hands are in frame. The lighting is bright and focused on the hands and product, providing clarity. The persistent white text overlay "Introducing Invitrogen™ WedgeWell format protein gels" remains visible in the lower-left. The color palette includes the purple of the gloves, the clear plastic of the gel, and the red and white of the branding and clothing.
0:08Pipetting traditional gel This scene focuses on a close-up of a scientist's gloved hands (purple nitrile gloves) operating a white and black scientific pipette, labeled "Thermo Scientific F1-CLIP TIP." The pipette is precisely delivering a small volume of purple liquid into a well of a clear plastic protein gel apparatus. A red rectangular text box appears in the upper-left corner of the screen, stating: "Traditional well-shaped protein gels offer limited sample loading capacity." The gel apparatus is partially submerged in a clear liquid, indicating it's ready for electrophoresis. The background is a blurred laboratory setting with a white lab coat and a red shirt, suggesting a professional environment. The lighting is bright and even, emphasizing the detail of the pipette and the liquid. The dominant colors are white, black, purple, and the clear plastic of the equipment, contrasted with the red text box.
0:11Close up gel wells The camera provides a tight close-up view of the wells within a clear plastic protein gel electrophoresis apparatus. A purple liquid sample is visible being carefully loaded into one of the wells (marked "1") using a pipette tip, which is partially visible at the top of the frame. Other wells (numbered 2 through 6) are visible, some already containing small amounts of purple liquid. The apparatus is submerged in a clear liquid bath. A red rectangular text box is in the upper-left, continuing the message: "Traditional well-shaped protein gels offer limited sample loading capacity." Below this, smaller white text provides additional context: "Supplier B Tank and Standard Gels - Max loading volume 45uL". The background is a blurred white lab coat. The lighting is bright and clinical, highlighting the transparency of the plastic and the vibrant purple of the sample.
0:15Overhead gel loading spill This overhead shot looks down into a clear plastic protein gel electrophoresis apparatus. A gloved hand, wearing a purple nitrile glove, uses a pipette to load purple liquid into one of the wells. The previous red text box in the upper left, "Traditional well-shaped protein gels offer limited sample loading capacity," remains, along with the white text "Supplier B Tank and Standard Gels - Max loading volume 45uL." The camera slowly zooms out slightly, revealing more of the lab bench and the surrounding environment, which is a light gray countertop. A faint reflection of the overhead lighting is visible on the surface. The liquid in the wells starts to spill over as the volume increases, demonstrating the limitation. The overall color palette is clinical with clear plastic, purple liquid, and gray/white tones, emphasized by the bright, even lighting.
0:23Gel results comparison The scene presents a clean, white background displaying two sets of gel electrophoresis results side-by-side, likely images of stained protein gels. Each set shows multiple lanes (wells) with varying bands, indicating protein separation. The left set, labeled "Novex™ 4-20% Tris-Glycine Plus, Midi, 20-well WedgeWell™ format gel," shows clear, distinct bands. The right set, labeled "Tris-Glycine Midi, 18 well Protein Gel, Supplier B," exhibits smudging and red arrows pointing to areas of sample spillover or poor separation, visually demonstrating the problem with traditional gels. A red rectangular text box appears in the upper-left, stating: "In addition, loading narrow shaped wells can be difficult without specialized pipette tips." The lighting is flat and uniform, typical for scientific images, ensuring maximum clarity of the gel results. The dominant colors are white, black (for text and some gel bands), and the grey/blue of the protein bands, with a stark red for the arrows and text box.
0:30Animated well design This scene features an animated graphic on a clean white background, illustrating the difference between a "WedgeWell™ format well" and a "Conventional well." The graphic shows a cross-section of each well type, with a pipette dispensing a purple liquid droplet into each. The WedgeWell is depicted as having a wider, more accessible opening at the top, tapering downwards, while the Conventional well is narrow and straight. The graphic emphasizes the ease of loading into the WedgeWell. A red rectangular text box is prominently displayed in the upper-left, reading: "A small design change with a big impact!" The animation smoothly transitions between showing the external view of the wells and the internal cross-section, and then comparing the loading process. The color palette is primarily white with blue and grey accents for the well structures, and a distinct purple for the liquid, with the red text box for emphasis.
0:41WedgeWell gel results The scene displays a clean, white background showcasing an image of a protein gel electrophoresis result, specifically "NuPAGE™ Bis-Tris 4-12%, Midi, 20-well WedgeWell™ format gel." The gel shows numerous clearly separated blue protein bands across multiple lanes, indicating successful and high-resolution protein separation. The bands are sharp and distinct, without any signs of smearing or spillover. A red rectangular text box, previously seen, remains in the upper-left, stating: "A small design change with a big impact!" The lighting is uniform and bright, typical for scientific results, highlighting the quality of the separation. The color palette is dominated by white, with varying shades of blue for the protein bands and black for the text and gel markings, alongside the red text box.
0:49Scientist pipetting mid shot This medium shot shows a scientist, identifiable by a white lab coat and purple nitrile gloves, holding a white and black scientific pipette. The scientist's upper torso and hands are visible, with the pipette angled downwards, preparing to load a sample. The background is a blurred laboratory environment, including a grey countertop, hinting at other lab equipment and a light-colored wall. The lighting is bright and focused on the scientist's actions, creating a professional and clean atmosphere. No text overlays are present in this initial part of the scene. The dominant colors are the white of the lab coat, the purple of the gloves, and the grey of the environment.
0:52Loading WedgeWell wide This medium-wide shot captures the scientist, wearing a white lab coat and purple gloves, loading a clear plastic protein gel apparatus. The scientist's hands are visible, holding the pipette and carefully dispensing a purple sample into one of the wells of a gel that is housed within a larger clear plastic tank. To the left, a black electrophoresis power supply is connected to the tank, and to the right, a white piece of lab equipment with a digital screen and various buttons is visible. A red rectangular text box appears in the upper-left, stating: "Load up to 100 µL of sample per well." The background is a clean, light grey laboratory countertop. The lighting is bright and uniform, highlighting the lab equipment and the loading process. The color palette includes the white of the lab coat, the purple of the gloves and sample, and the grey/black tones of the equipment.
0:54Close up WedgeWell loading This close-up shot focuses on a clear plastic protein gel, specifically showcasing the wells being loaded. A pipette tip is visible, dispensing a purple liquid sample into one of the numbered wells. The well markings "5", "6", "7", "8", "9", "10", "11", "12" are clearly visible across the top of the gel, along with the text "NuPAGE 4-12% BT MIDI WEDGEWELL 12+2W." The gel is partially submerged in a clear liquid within a larger apparatus. A red rectangular text box is in the upper-left, still displaying: "Load up to 100 µL of sample per well." The background is out of focus, showing glimpses of a white lab coat. The lighting is bright and clinical, emphasizing the detail of the gel wells and the sample.
0:56Pipetting into vial This close-up shot focuses on a scientist's gloved hands (blue nitrile gloves) carefully manipulating a clear glass vial and a pipette. The scientist's right hand holds the pipette, which is dispensing a clear liquid into the small vial held by the left hand. The vial is illuminated from behind, highlighting the liquid inside. The scientist wears a white lab coat, which is visible as a blurred background element. A red rectangular text box appears in the upper-left corner, providing key information: "Reduce the need for tedious concentration steps and increase your chances of detecting low abundance proteins." The lighting is bright and clean, with a gentle glow from the background, creating a soft but focused atmosphere. The dominant colors are the white of the lab coat, the blue of the gloves, and the clear/amber tones of the liquid and glass, contrasted by the red text box.
1:07Product display with text This medium shot presents a clean arrangement of Invitrogen WedgeWell products on a light grey laboratory countertop. A white product box with red "invitrogen by Thermo Fisher Scientific" branding is positioned to the left. To its right, a stack of individually sealed clear plastic protein gels is visible, leaning against the box. One clear plastic protein gel is standing upright in the foreground, angled towards the viewer, displaying its numbered wells and branding like "NuPAGE 4-12% BT MIDI WEDGEWELL 12+2W." A red rectangular text box in the upper-left corner reads: "Run up to 26 samples at the same time, without compromising on the sample loading volume." The background is a clean, neutral grey. The lighting is bright and even, highlighting the product details. The scene then slowly zooms in on the upright gel, revealing the numbers on its wells. Further text overlays appear: "Bis-Tris Tris-Glycine Tris-Acetate", and finally, a guarantee box with a checkmark icon: "Protein gels Performance Guarantee: We stand behind the performance of our protein gels." The video ends with a full red screen displaying the "Thermo Fisher SCIENTIFIC" logo in white, with a website address "thermofisher.com/WedgeWell" and legal disclaimers below.
