# Tips and Tricks to Remember
* Always start with a new project. Only work on a new one when you’re fresh. It’s much easier to fix mistakes if there’s no old work to ruin the image and it takes less time to get things into shape. The process of creating new images is broken down in this book so that you can get straight into the process without rushing.
* If you’re shooting in RAW, try to get an image you can develop straight into Photoshop. It will
In this page we will use it to create the following examples:
Example 1: Create a Book Cover
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Example 2: Build a Photo Manipulation Scene
Example 3: Make a Photoshop Elements Signature
Example 4: Convert a video from small to normal size
Example 5: Apply a filter to a photo
Example 6: Create a photo filter
Example 7: Flip an image vertically
Example 8: Create a gradient
Example 9: Transform an image into a cartoon
Example 10: Create a bevel effect
Example 11: Create a photo collage
Example 12: Make a sticker background
Example 13: Create a photo filter
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Example 14: A simple video
Example 15: Turn an image into a video background
Example 16: Add a texture to a photo
Example 17: Create a cool bevel effect
Example 18: Make a photo collage
Example 19: Add a lighting effect to a photo
Example 20: Transform a photo into a cartoon
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Example 21: Create a frame in an image
Example 22: Make a photo filter
Example 23: Create a photo collage
Example 24: Add a marquee effect to an image
Example 25: Create an animated GIF
Example 26: Create a Photoshop Elements Signature
Example 27: Create a text frame in a photo
Example 28: Make a photo manipulation scene
Example 29: Add a poster effect to a photo
Example 30: Create a vector filter
Example 31: Add a 3D effect to a photo
Example 32: Build a photo manipulation scene
Example 33: Build a photomanipulation scene
Example 34: Create a stickers background
Example 35: Build a photo manipulation scene
Example 36: Apply a filter to an image
Example 37: Add a color gradient to an image
Example 38: Make a Photoshop Elements collage
Example 39: Create a collage
Example 40: Make a sticker background
Example 41: Create a graphic
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Example 42: Build a photo manipulation scene
Example 43: Make an animated GIF
Example 44: Create a Photoshop Elements
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of this work to increase its public visibility will also be greatly appreciated.
Author contributions {#sec0005}
====================
Ayres A. Yáñez-Ramos (A.A.Y.-R) — supervision of and research — general and overall contribution to the manuscript. Cesar A. Pérez-Escalante (C.A.P.-E) — experimental part — handling of mice, monitoring of the disease and data collection; Jose-María Segura-Velasco (J.M.S.-V) — experimental part — immunization and toxicity analysis; Amparo García-Ramos (A.G.-R) — experimental part — enzyme activity monitoring; Camilo U. Iván-Heredia (C.U.I.-H) — experimental part — bioprocess and enzyme activity analysis; Cristóbal Carretero-Muñoz (C.C.-M) — experimental part — kinetic analysis; Betzaida Infante-Aguayo (B.I.A.) — experimental part — data analysis; Josep L. Planes (J.L.P.) — data analysis; Agustina E. Castañeda (A.E.C.) — data analysis; Laureano Montero (L.M.) — supervision and research — general contribution to the manuscript; Isidro Aguirre-Soto (I.A.S.) — general contribution to the manuscript, supervision and research — general contribution to the manuscript; The conception, design and funding of the work.
CRediT authorship contribution statement {#sec0005a}
========================================
**Ayres A. Yáñez-Ramos:** Investigation, Writing – original draft, Writing – review & editing. **Cesar A. Pérez-Escalante:** Investigation, Writing – review & editing. **Jose-María Segura-Velasco:** Investigation, Writing – original draft, Writing – review & editing. **Amparo García-Ramos:** Investigation, Writing – original draft, Writing – review & editing. **Camilo U. Iván-Heredia:** Investigation, Writing – review & editing. **Cristóbal Carretero-Muñoz:** Investigation, Writing – review & editing. **Betzaida Infante-Aguayo:** Investigation
Metal quantification in Bornean newts, Cynops ensicauda, using synchrotron radiation spectroscopy.
Synchrotron X-ray microfluorescence (XRF) was applied to detect metal levels in digestive gland and liver tissues of the Bornean newt Cynops ensicauda from the wild. The parameters of the major energy region, Fe Kα (5.9 keV), have been measured in the present study for the first time to evaluate the role of X-rays as a non-invasive technique for the detection of heavy metal concentrations in newts. The XRF results showed that the mean concentrations of Cu, Zn, Ni, and Cr in the liver tissues of the newts were 5.4 ± 0.4, 29.0 ± 3.8, 17.0 ± 1.3, and 5.3 ± 0.8 mg kg(-1), respectively. The results in the digestive gland tissue are 7.1 ± 0.6, 72.0 ± 7.1, 21.5 ± 2.2, and 6.4 ± 0.8 mg kg(-1), for Cu, Zn, Ni, and Cr, respectively. The non-metals Cd and Pb had lower concentrations than the metal levels, the latter of which is rare in amphibians. The XRF results are compared with those obtained from previous inductively coupled plasma mass spectrometry measurements, with R2 and P-values of 0.96 and 0.99, respectively.Demonstrating multidimensional abilities to assess issues in relation to aphasia.
This paper reports on a study which aimed to explore whether the Speech Assessment and Therapy Practice Guidelines (Stages 0-4) could be applied to the assessment of aphasia-affected post-stroke patients. Sixteen patients were tested using stages 0-4. Individual stage scores were related to aphasia severity and to patients’ pre- and post- stroke living and literacy abilities. The majority of patients were in stage 1 with less than half in stage 3. Aphasia severity was related to stage score, with patients in stage 4 making the least progress with their therapy. Patients who scored more highly in the ability subscale made more progress in therapy than did those who scored less. Patients who scored less highly in the literacy subscale made more progress in therapy than those who scored more highly. The applicability of the guidelines to aphasia is discussed.
Minimum:
OS:
Windows XP SP2 / Windows Vista SP1
Processor:
1 GHz
Memory:
128 MB of RAM
Display:
1024×768
DirectX:
9.0c
Hard Drive:
320 MB available space
Sound Card:
Yes
Additional Notes:
Recommended:
Windows Vista SP1 or later
512 MB of
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