Make sure you fill in all the gaps and schedule your appointments to be as efficient as possible. It doesn’t sound like a lot at first, but missing one $25 appointment per day due to scheduling issues or a lack of available space can cost you more than $6,500 over the course of the year! Make sure you are not seeing a large amount of client no-shows or canceled appointments. Appointment reminders are very useful for this. It is also important to schedule breaks for some “you time”. If you are fresh and re-charged this will lead to a better client experience and higher tips. The Klipped haircut app lets you be in complete control of your business. Klipped acts as an easy-to-use scheduling assistant so you can add appointments into your schedule in a convenient and useful way. It lets you market your business to perspective clients, so you can grow your clientele while better serving your existing one. Allowing your clients to view your Klipped profile and book through the app eliminates wasted time answering the phone. This helps to promote a pleasant experience for your clients in the chair because you can focus on them.
Clients who book on Klipped tip an average of 24% on every service and 100% of them intend to book their next haircut using the app. Klipped also allows you to set no-show and cancellation fees so clients respect your time and you don’t get burned by missed appointments. Overall, Klipped will help you gain new clients, simplify the payment process, boost your tips, and manage your schedule professionally. To find out more about Klipped, and see how we can help your business grow, visit klippedapp.Image (*) courtesy of Dr. of Neuroscience, Baylor College of Medicine, Houston. This image shows part of the apical dendritic tree of a CA1 pyramidal neuron in an acute hippocampal slice. The cell was filled with the fluorescent indicator Alexa 594 (100 uM) and imaged with a two-photon laser scanning microscope. The light intensities from the microscopic object are converted to electrical signals that pass an adjustable amplifier. Also an electrical DC component can be added or subtracted by the microscope operator. The electrical signal may thus range from negative to highly positive. These electrical signals must be converted to numbers processed by the computer. In microscopes equipped with a CCD sensor this conversion is done in the CCD camera and its electronics.
Most CCD cameras have an 12-bit converter limiting the output numbers to a range of 0 to 4095. Negative input signals are usually converted to 0 while positive input values exceeding some value are all converted to 4095 (clipping): information in the clipped samples is lost. In scanning microscopes the electrical signals are usually generated by a photo multipliers and amplified by similar circuits as outlined above. In older microscopes the signal is often digitized by 8-bit ADCs more modern systems are equipped with 12 bit ADCs.Ĭlipping can be understood as a saturation of your detector. In a Fluorescence Microscope image clipping makes all the VoXels with intensity values above a threshold to be read with the same fixed intensity. It is impossible to later reconstruct what were the real intensities of those voxels. What is the real profile of this mountain? It is like taking a picture of a mountain leaving its top out of the image: you can not say any longer what was its real shape, or its real size, just by inspecting the imaged lower part. Usually, the clipped voxels are in the regions of most interest of the images, in the brightest features of the samples, like in the first image above. That is why avoiding clipping is so important.
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