An In-Depth Look at the Features and Benefits of the Phantom Rapid Tissue Processor

1. An In-Depth Look at the Features and Benefits of the Phantom Rapid Tissue Processor An In-Depth Look at the Features and Benefits of the Phantom Rapid Tissue Processor The Phantom Rapid Tissue Processor provides a safe, automated solution for processing tissue samples. This eliminates the risk of error associated with improper reagent placement or dilution. Designed to mimic human tissue, the Advanced Electron Density Phantom base and rods meet medical standards ICRU-44 and ICRP for human tissue

2. densities, offering users added confidence that CT values are optimally converted to treatment energy values. 1. Durability The Phantom Rapid Tissue has an excellent reputation for being a durable product. This is because it uses a unique approach to tissue processing. The patented system uses alternating cycles of microwave energy and ohmic heating to heat the reagents used in tissue processing and creates ideal processing conditions. This method allows for safer tissue samples that can be processed without harmful chemicals. It also ensures the safety of the processor. One of the most important steps in tissue processing is removing any cellular debris that may be present in the sample. This step is essential to producing the best quality tissue sections that contain a full range of morphological detail. The Phantom Rapid Tissue Processor can be used with our liquid Xpress Series Reagents, which have been designed to simultaneously perform the dehydration and clearing of tissues. This saves time and significantly reduces the amount of reagents that need to be added to the processor. Xpress Reagents are safe for use, do not require dilution or concentration, and have an ingenious error-free design. This makes them the perfect choice for processing tissue on a Phantom Rapid Tissue Processor. 2. Benefits of using Xpress Reagents Another benefit of using the Xpress Reagents is that they eliminate the need for the use of hazardous chemicals that can be carcinogenic. These chemicals can also damage the processor, preventing it from functioning properly. Aside from the Xpress Reagents, the Phantom Rapid Tissue Processor is also equipped with multiple sensors that can detect various levels of water in the sample, making it easy to identify and remove any excess fluid that may be

3. present. This is an especially valuable feature when working with large tissue samples that may take hours to process on a conventional tissue processor. The patented Phantom Rapid Tissue Processor is an innovative solution to tissue processing that eliminates the use of hazardous chemicals. This makes it safer for both the processor and the sample that it is processing, as well as the environment. This allows for more flexible and versatile tissue processing that can be used with any reagent and any sample size. 2. Ease of Use The Phantom Rapid Tissue is a safe, reliable and easy to use tissue processor that requires no hazardous chemicals or dilutions. It can process large samples in under 2.5 hours, shortening turnaround times. It also provides a faster, more accurate method of clearing and dehydration for ultrasound imaging. The Xpress Series Reagents are an ideal choice for use on a Phantom Rapid Tissue because they provide easy-to-use processing solutions that eliminate the need to dilution and concentration, eliminating errors and ensuring maximum tissue quality. They can be used on multiple types of sample materials, including human and animal, with no special precautions required. One of the most important features that makes the Phantom Rapid Tissue different from other products is its ease of use and reliability. This is especially true for the liquid processing reagents that are used in conjunction with the processor. The reagents perform the dehydration and clearing of the tissues in an all-liquid format that reduces reagent volume on the processor, saving both time and money. This reagent system also allows for the simultaneous dehydration and clearing of tissue sections, which can significantly reduce processing time and turnaround times. This is essential for ensuring the highest level of quality.

4. 3. Major Benefits of Xpress Series Reagents Another major benefit of the Xpress Series Reagents is that they are easy to remove from the phantom after processing, making them perfect for use in an automated tissue processor. They also offer an error-free design that can be used to process even the most complex of tissue samples. Lastly, the Xpress Series Reagents are extremely durable and can handle heavy workloads, meaning that they are able to stand up to intense processing requirements. This makes them a great choice for a variety of tissue processors, from ultrasound to MRI and CT. The Xpress Series Reagents can be combined with a wide range of reagents and materials to create the ultimate solution for your tissue processing needs. They are designed to help reduce costs, improve quality and increase productivity of any tissue processor. The reagents also have a unique formulation that minimizes the need for additional dilution, ensuring that there is always enough reagent to process your tissue. 4. Flexibility With the increasing use of engineered tissues in various applications, phantoms mimicking these biological samples should be designed to change their physical, chemical, and biological properties with external cues. This is important to ensure the accuracy of spectral imaging devices and to enable their calibration. In order to develop these phantoms, it is essential that they have suitable soft tissue-mimicking phantom properties such as Young’s modulus, acoustic impedance, attenuation and backscattering properties. Moreover, these phantom materials should be compatible with the US imaging modalities. In this regard, silk is an optimal tissue mimicking phantom material for both US and PA imaging due to its intrinsic acoustic and optical properties.

5. Several previous studies have shown that the Young’s modulus of silk can be significantly reduced in comparison with other phantom materials tested, indicating its stability and potential for long-term use as a phantom. However, the preparation time required for silk phantoms is quite high (up to 5 days from cocoon to end-stage phantom) and may be a major barrier to mass production. 5. Result of the increasing need As a result, there is an increasing need for new 3D-printable materials that can be used to produce phantoms with a greater level of flexibility and less time and cost involved in the fabrication process. In addition, these materials can be readily adapted to accommodate the specific phantom requirements of each application and may offer more versatility in terms of design and functionality. This is achieved by integrating design evolutions into the 3D-printable material, which can be easily implemented before the next phantom is printed. These include the simulation of lung shunts, and the addition of lobular cavities within the liver section to represent different lesion types in the phantom. For example, in the case of a phantom to represent the uterus, a design evolution would be to include different cervices corresponding to each dilation that occurs during pregnancy. Alternatively, an additional design evolution would be to incorporate bone-mimicking materials in the phantom. As such, this paper aims to introduce a new modular phantom that can be easily dismantled and assembled, thereby enabling the flexibility of inserting and changing lesions in the phantom. This allows a wider variety of studies to be carried out, as well as being cheaper and faster to prepare compared to traditional manufacturing techniques. 6. Versatility

6. One of the most appealing aspects of the Phantom Rapid Tissue is its versatility. It can be used with a variety of samples and can process them all in an efficient manner, saving time and money. In addition, it has a fully automated system that automatically pumps liquid reagents into and out of the sample, eliminating the need for human intervention. This makes it the ideal solution for any laboratory with the need to automate their workflow. Another great feature of the Phantom Rapid Tissue is its ability to perform several chemical reactions at once. This allows users to perform dehydration, clearing, and irradiation without having to stop and wait for each step to complete, significantly reducing turnaround times in the lab. In fact, it can process large volumes of tissue in less than 2.5 hours! This is largely due to the fact that the Phantom Rapid Tissue uses liquid reagents, which simultaneously dehydrate and clear tissues. This saves time by allowing the processor to run at higher speeds and also requires minimal dilution and concentration. It also means that reagent bottles can be reused, which helps to cut down on the overall cost of tissue processing. 7. Designed to Phantom Rapid tissue Similarly, the Phantom Rapid Tissue is designed to handle multiple reagent bottles at once and can process up to six of them at a time. This saves a lot of time and money, making it the perfect solution for any lab with the need to automate their workflow. The Phantom Rapid Tissue is the brainchild of physicists John Frangioni and Alec De Grand, who has developed an innovative new technology to create phantoms with the mechanical, optical, and x-ray imaging properties of real tissue. These phantoms are stable over weeks and months, can be manipulated and imaged with multiple modalities at once, and can be used as calibration standards to ensure accuracy. The Phantom Rapid Tissue is the only product on the market to incorporate all these features into a single device and is the obvious choice for any laboratory that has the need to automate its workflow and increase efficiency. This will

7. make their lab more effective and safer, and it will help them deliver high-quality results in a short amount of time. Thanks for visiting fgtnews