Kidney Transplant Surgery is a procedure in which the damaged kidney of the patient is removed and replaced with the healthy kidney of the donor. Kidney transplant is usually done when both the kidneys of the patient have either failed or damaged. The transplanted kidney then takes over the body and follows all the functions that were fulfilled by the two damaged kidneys.

What causes Kidney Failure?

Kidneys are responsible for filtering the blood and extracting all the waste from the body through urine. Kidneys also help in maintaining electrolyte and body’s fluids balance. During kidney failure the waste builds up inside the body, interfering with the health as well as the urination of the patient.   

People suffering from kidney failure undergo dialysis, a treatment in which the waste is mechanically filtered from the bloodstream. If the patient’s condition doesn’t seem to improve then he/she is considered to undergo a kidney transplantation surgery. The transplant frees the patient of the dependence of the dialysis machine which is a life-long commitment for kidney patients to stay alive, allowing them to lead a healthy active life.

What Causes Kidney Failure?

There are several reasons which can result in kidney failure, some of which include:

• Diabetes
• High Blood Pressure
• Genetic Diseases
• Nephrotic Syndrome
• Urinary Tract Problems
• Drug Use
• Irregular Blood Flow in Kidney

Symptoms of Kidney Diseases

These are some common symptoms of chronic kidney dysfunction which should be taken seriously:

• Trouble Sleeping
• Trouble urinating
• Swelling in ankles or feet
• Nausea & Vomiting
• Lost Hunger
• Trouble Breathing
• Diarrhea
• Abdominal Pain

Kidney Transplant Surgery Cost

The cost of kidney transplant is usually above INR 6 lakh almost everywhere around the world. But it can vary depending on the complexities of a case from patient to patient.

However the cost for a kidney transplant can vary on several factors including:

• The availability of the kidney donor
• Preference of the hospital
• Time taken in the operation
• Instruments used for the surgery
• Number of Doctors required for operating the patient
• Days spent in the hospital
• Care required by the patient after the transplant
• Other miscellaneous reasons

Kidney Transplant Surgery Procedure

The surgery can be scheduled by your doctor if you receive a donor.

• The first foremost step is your blood and body checkup for the antibody test. Your surgery will be processed, if the result is negative. The kidney transplant is conducted under general anesthesia. The patient is put under medication to sleep throughout the surgery. The anesthetic is injected in the patient via arm or hand.
• Once the patient is unconscious, an incision is made in the patient’s abdomen and the donor’s kidney is placed in their body. Then the veins and arteries are connected on the kidney to ensure that it functions properly in its new proprietor’s body allowing the blood to flow in the new kidney. Then the kidney’s ureter is attached with the bladder so that the patient is able to urinate properly.

Note: In some cases the original kidney of the patient is left in their body, provided it is not interfering with the health of the patient.  

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Having a personal laboratory is a good idea, but for that you need good amount of space. If your house has enough space in offering to you, then hosting a laboratory in the house should not be a concern. If there is shortage of space, you need to rent a space. In both the cases, you need to insure your laboratory and its expensive equipments. Lab is such a place, where accidents may breakthrough anytime, especially when you are not focused on the security aspects. If you follow standard security norms and have all the major safety equipments in lab, you can successfully minimize your security hassles to a great extent.

In the following section, we need to find some of the common equipments that should be placed inside a laboratory. We shall focus on the most basic equipments. So, irrespective of the type of laboratory you want to build, this common laboratory equipment worksheet will prove to be very useful to you.

Weighing Machine or Equipment

In every laboratory, you should have weighing machine or balancing machine. Now, two types of balances can be found at the marketplace. The first type is known as analog weighing machine. The second type is known as digital weighing machine. You can buy either one, but digital ones are more preferable these days for more accuracy and ease of using. You need to find a weighing machine, as per your requirements. In case of digital machine, you can check measurement data on your preferred units. This is surely a big plus point. Nevertheless, it can measure things in small fractional amounts. However, separate weighing machine has to be bought, if you want to measure weight of the very tiny things.

Bunsen Burner

This is the basic equipment that you need to have in your laboratory. A Bunsen Burner has been used for getting the fire with low flame. It is a safe way of lighting fire inside the laboratory. It can be used for many reasons. In chemical laboratory, this is a common apparatus, though it can be found in various other laboratories as well. It is simple to use and the advantage is that you can control the flame as per your requirement.

Glass Jars

Glass made jars are commonly needed to be installed in laboratories. They are simple to be used and very convenient for keeping any chemicals safely. Using metallic jar is not suggested, as metallic jar would not give you visibility to the chemicals. Moreover, metal can cause reactions with certain chemical substances, especially acidic substances. Thus, it is always safe as well as good to use glass made jars. Different kinds of glass jar sets can be found, including beakar, test tube, storage jars, etc. All these glass made equipments can be easily purchased at the marketplace.

Thermometer

A thermometer is important equipment to have inside labs. With this equipment, you can measure the temperature of different substances. Temperature measurement offers safety or security when you are working at the laboratory.

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There are several laboratory equipments which are very helpful, whether you need large essentials like freezers, incubator an ovens or smaller tools like microscopes, refractometers as well as water baths, or everyday bench items like glassware, pH meters and spatulas are very useful in laboratory.

Refractometer

A refractometer is a laboratory or field device for the dimension of an index of refraction (refractometry). The index of refraction is considered from Snell’s law while for mixtures, the index of refraction can be calculated from the composition of the material utilizing several mixing rules such as the Gladstone–Dale relation as well as Lorentz–Lorenz equation.

Standard refractometers calculate the extent of light refraction (as part of a refractive index) of transparent substances in either a liquid or solid state; this is then used in order to recognize a liquid sample, analyse the sample’s purity as well as resolve the amount or concentration of dissolved substances within the sample. As light passes through the liquid from the air it will slow down and make a ‘bending’ illusion, the severity of the ‘bend’ will depend on the amount of substance dissolved in the liquid. For example, the quantity of sugar in a glass of water.

Laboratory Glassware

Laboratory glassware refers to a diversity of equipment in scientific work traditionally made of glass. Glass can be blown, cut, bent, molded, formed into several sizes as well as shapes, and is therefore common in chemistry, biology, and Analytical Balances laboratories. Several laboratories have training programs to show how glassware is utilized and to alert primary time users to the protection hazards involved with utilizing  glassware.

Laboratory glassware may be made from several types of glass, each with different capabilities as well as utilized for dissimilar purposes. Borosilicate glass is transparent and may withstand thermal stress. Quartz glass can withstand very high temperatures and is transparent in sure parts of the electromagnetic spectrum. Darkened brown or amber (actinic) glass may block ultraviolet and infrared radiation. Heavy-wall glass can withstand pressurized applications. Fritted glass is delicately porous glass through which gas or liquid may pass. Coated glassware is especially treated to diminish the occurrence of breakage or failure. Silanized (siliconized) glassware is particularly treated to prevent organic samples from sticking to the glass.

Optical Microscope

The basic components of an optical microscope consist of optics, a stage to support the specimen, and a source of light; however, these features can be very easy to highly complex, depending on your needs and budget. A state-of-the-art design can feature multiple illuminators, polarizers, DIC and fluorescence attachments, phase contrast options, automatic exposure control as well as zoom capabilities.

Since the objectives decide the picture quality that the microscope may produce, it makes sense to start with one that will eliminate most optical aberrations. Types include plan achromat, semi-apochromat as well as apochromat, as well as water and oil objectives.

Depending on your application, additional features to look for may include high numeric apertures, long working distances, objectives that permit multimode imaging, digital and advanced motorization capabilities, and updated illumination systems.

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A medical laboratory is a useful area where tests are carried out on clinical specimens to obtain information about the health of a patient to aid in diagnosis, treatment as well as prevention of disease. Clinical Medical laboratories are an example of applied science, as opposed to research laboratories that focus on basic science as found in some academic institutions.

Medical laboratories vary in size as well as complexity and so provide a variety of testing services. More comprehensive services can be found in acute-care hospitals as well as medical centers, where 75% of clinical decisions are based on laboratory testing.

Doctors offices and clinics, as well as skilled nursing and long-term care facilities, may have laboratories that offer more basic testing services. Commercial medical laboratories operate as independent businesses and offer testing that is otherwise not provided in other settings due to low test volume or complexity.

LABORATORY INCUBATORS

A laboratory incubator is a heated, insulated box utilized to grow as well as maintain microbiological or cell cultures. The incubator manages optimal temperature, humidity as well as gaseous content of the atmosphere inside. Several incubators include a programmable timer which may be set to cycle through diverse temperatures as well as humidity levels. The devices differ in size from table-top units to large systems the size of a cupboard.

Laboratory incubators offer a controlled, contaminant-free environment for safe, consistent work with cell and tissue cultures by regulating conditions including temperature, humidity, and CO2. Microbiological incubators are useful for the growth as well as storage of bacterial cultures.

Types and sizes abound, including dry bath incubators with single or dual blocks, biological oxygen demand (BOD) units ideal for insect or plant studies, shaking incubators, hybridization ovens, bioreactors, and a wide variety of laboratory test chambers. Searching the correct size for your particular application is an easy task, with sizes ranging from small tabletop units to room-size. Laboratory incubators are necessary for cell and tissue culture, biochemical and haematological studies, pharmaceutical work as well as food analysis.

Laboratory Centrifuge

A laboratory centrifuge is a piece of laboratory equipment, determined by a motor, which spins liquid samples at high speed. There are several types of centrifuges, depending on the size as well as the sample capacity.

Like entire other centrifuges, laboratory centrifuges work with the sedimentation principle, where the centripetal acceleration is used to separate substances of greater and lesser density.

Centrifuge tubes (also referred to as Eppendorf Tubes, Microfuge Tubes, Microcentrifuge Tubes) are precision-made, high-strength tubes of glass or plastic made to fit exactly in rotor cavities. They might vary in capacity from 50 mL down to much smaller capacities utilized in microcentrifuges extensively in molecular biology laboratories. Microcentrifuges classically accommodate disposable plastic microcentrifuge tubes with capacities from 250 μL to 2.0 mL.

Lab Biological Microscopes

As a clinician, lab supervisor or medical tech, you require a biological microscope that fit your requirements as well as job demands. Our biology microscopes are ideal for clinical, University as well as Institutional applications. Phase contrast microscopes are most excellent for viewing bacteria and blood cells. The phase contrast objectives as well as condenser ensure the user to view particles that are the same color as the background they are on.