Impact of Morphology Research

Morphology Research: What really does it mean?

Molecular Beam Epitaxy Research - EMSLMorphology was developed back in the 1960s by one Prof. Dr. Wilhelm Salber at the University of Cologne in Germany. It was mainly seen as a therapeutic concept which later came to be applied to media and market research. It might be a good idea to note that Morphology has got its roots in Psychoanalysis and Gestalt psychology. It goes ahead to acknowledge some of Aristotle’s wisdom through the understanding that Gestalt or the shape of a whole is something greater than the sum of all its parts.

In order to better understand the whole as well as the parts, Morphology Research can be a great help. Through the use of morphological psychology, it is possible to explore both the conscious and the unconscious productions of human psyche so as to better explain their interplay and how parts of a whole relate with each other. Through morphological research, you are able to get a holistic and in-depth approach that offers a scientific framework that helps you to understand what drives people’s behaviors and perceptions.

The connection between morphology and literacy development

As we discuss how the parts of a whole relate with the whole, it is vital to appreciate that morphology also helps to boost literacy development. According to Morphology Research conducted by Dr. John Kirby and his student Peter Bowers, morphology improves a student’s spelling, vocabulary acquisition and reading abilities. Morphology plays major role when it comes to literacy development in children. If a child understands morphology better, they are poised for higher chances of reading success.

Key findings of Morphology Research

According to this research, children’s understanding of morphology better helps to predict reading success. Again, morphology has got a strong role to play when it comes to reading and comprehension. Last but not least, instructional programs which include morphology tend to be more effective for purposes of literacy as opposed to the ones that do not.

What about medical molecular morphology?

This is an international forum that offers research an opportunity to discuss new Morphology Research on the structure and processes of health and disease at the molecular level. Ideally, the structure of cells, tissues, organelles, molecules and organs determines the normal functioning of the entire organism. In that case therefore, diseases are better understood in terms of the structural changes in this biological organization of cells and tissues. Any changes in molecules and molecular interactions can lead to cellular delocalization thereby resulting in abnormal functioning of the whole. It is good to understand how morphology works so as to know the role of every single unit in a whole. Remember that morphology applies in all aspects of life and not just biology alone.

This means that even if you are just out for a visit to your local doctor or dentist, like Wayne Trowell, DDS for example, you will eventually be affected by the impact of morphology research!

 Molecular Beam Epitaxy Research – EMSL

Pathology : An Overview

Understanding the Vibrancy of Pathology

Infectious Mononucleosis - Ed UthmanWhat is Pathology?

Pathology a discipline in medical science that primarily deals with the causes and effects of diseases. In so doing, it uses laboratory examinations and forensics. Pathology is a major field in modern science and diagnosis that encompasses bioscience research field and medical practices.

Importance of Pathology

This branch of medicine is gaining vital significance. This is attributed to the ever changing medical environment of the world especially on matters if diseases. To detect and analyze the behaviors of these diseases, this important field comes into play. Nevertheless, pathologists help in tackling and solving criminal cases through comprehensive analyses of forensics.

Pathological Equipment

Modern technology has played significant role in medicine and specifically in pathological studies and laboratory examinations. It comes with numerous pros in this area. For instance, technology improves on the accuracy of results that are direly needed for analysis. Additionally, up to date equipment lower the costs of conducting these studies and forensics by improving on efficiency and minimizing wastages in terms of time and quality of service delivered.

Some of the equipment used in this area of medicine include cytometers that are primarily used for counting body tissues and organs such as blood and cells. Others that are fundamental are microtome, spirometers used for testing lung functions, organ and tissue baths, spin needles, manometers, Douglas types and seal types.

Pathologist as a Professional

Professionals are professionals. This means that practitioners especially those that deal with life have to maintain high levels of morality. In medicine, discipline and hard work must remain paramount. They have a responsibility to uphold the basic ethical principles of integrity, objectivity, confidentiality, professional competence and behavior. This is meant to prevent them from discrediting the profession.

Pathologists also owe duty of care to various stakeholders from the government to patients. They must thus be straightforward and honest in carrying out their duties. This means that cases of bias or favoritism should be unheard of in this immense profession.

Pathologists and Unions

Most professionals have umbrella bodies that provide insight and support to their members. Pathologists are no exception. Many of them around the world belong to unions that coordinate their activities and ensure that their plights are dealt with accordingly. For example, the unions act as voices to demand better working co9nditons, better medical equipment and even competence.


It is imperative to note that pathology is a fundamental branch in medicine. It is so significant that the world cannot be safe without it. It has also helped in making the world a better place by aiding in forensic investigations. Therefore, the relevant authorities must offer adequate support to this field. For instance, they should be given the financial and moral muscle that is needed to achieve the highest levels of success especially in the diagnosis and treatments of hazardous diseases.

Another way to avoid hazardous diseases is by choosing great foods to fuel your body and ward off sickness. Take this advice from the chiropractor Manhattan Beach leans on!


Infectious Mononucleosis – Ed Uthman

Hodgkin’s Lymphoma

Hodgkin Lymphoma; Causes, Risk factors and Treatment

DNA Rendering - YNSEHodgkin Lymphoma is also known as Hodgkin’s disease or Hodgkin’s lymphoma is a type cancerous lymphoma that originates from lymphocytes or white blood cells. The disease is named after Dr, Thomas Hodgkin who was the first Doctor to recognize it. There are various type of lymphoma that differs in how they spread, behave and respond to treatment. The disease is common among teenagers and adult aged between 15 to 35 years and adults who are above 55 years.

The symptoms are characterized by painless swellings on the lymph nodes in the underarm, neck and groin. Other common symptoms include night sweats, fatigue, fever, itching and general weakness.

Types of Hodgkin’s lymphoma

In 2013 alone, around 9,000 Americans were diagnosed with Hodgkin’s lymphoma. Around 4,000 of the were teens and youth below 35 years. Many people are diagnosed with classical Hodgkin’s lymphoma. The classical type of Hodgkin’s lymphoma, there is an abnormal cell called Reed-Sternberg. Generally, these cells are larger than the normal lymphocytes.

The other common type is the Nodular lymphocyte.

Oftentimes, a regular physician is the first to notice symptoms or lesions which indicate cancer. The experts at North Babcock Dental Care recommend always getting regular screenings.

Stages of Hodgkin’s lymphoma.

The stage will depend on the location and the number of lymph nodes with Hodgkin lymphoma cells, and whether the disease has spread to liver, spleen, lung, bone marrow or the bone. Medical practitioners divide Hodgkin’s lymphoma into four main stages;

Roman numeral stage, stage 2, 3 and the last stage is known as the advanced stage.

In the first stage, the affected lymph nodes are in one part. For example, the affected cells are may only be found on the neck region.

At the second stage, the affected cells are at least in two lymph nodes.

At the third stage, the affected cells are in organs such as the bone, liver or kidney.

At the advanced stage, lymphoma cells are found in more than one organ or tissue.

Risk factors

Some of the factors that predisposes to Hodgkin’s lymphoma include weakened immune system, EBV infections, HIV and family history of lymphoma.


Although there are many treatments available, the effective treatments will depend on the stage of the disease as well as the type of Hodgkin’s lymphoma. Treatment also depends on whether you had weight loss, fevers and whether you had a tumor that exceeds 10 centimeters. Some of the available and effective treatments available include;

  • Chemotherapy
  • Radiation therapy
  • Targeted therapy
  • Stem cell transplant


 DNA Rendering – YNSE


Immunohistochemistry:Essential Technique For Disease Diagnosis

#molecular - Jared ZimmermanImmunohistochemistry abbreviated as IHC refers to a laboratory process/testing technique that uses body antibodies to examine for presence of certain antigens in a specific sample of tissue. The test/ experimenting technique is mainly used to help medical physicians and specialists in diagnosing various diseases and health problems such as cancer. Additionally, Immunohistochemistry technique can also be used to determine the differences between various types of cancer including many other diseases. The antigen-antibody interactions/reactions are usually visualized through use of specific markers such as colloidal gold, fluorescent dye or enzymes. The results from these visualizations help medical specialists to determine presence or absence of specific antigens in the specimen’s sample tissue results. Therefore, the information obtained through Immunohistochemistry play a very critical role in offering effective treatment plans for the specific diseases.

Sample Preparation

In Immunohistochemistry, complete the sample tissue preparation for testing is very critical because it determines effective maintaining of tissue architecture, cell morphology and antigenicity of all the target epitopes. Additionally, during sample preparation for any IHC test the right antibodies must be used to aim/target the correct antigens and ensure that the signal is maximally amplified for consistent and reliable visualization results. The following are activities carried out during sample preparation for IHC testing.

  1. Sample Tissue Collection

Depending on the necessities or requirements of the testing, specific patient or animal whole organs or biopsies are collected for IHC analysis and preservation. The sample tissue is then rapidly preserved to ensure there is no breakdown of tissue and cellular proteins since this may affect the detection of the target antigens.

  1. Tissue Fixation

After sample tissue collection, tissue fixation is done to reduce protein solubility and chemically crosslink the proteins which can lead to masking of the target antigens. This activity is highly significant and is always optimized depending on target antigens to be stained and the application of the test.

  1. Tissue Embedding

This is whereby all the tissue samples are implanted/ embedded in paraffin so as to maintain the natural architecture and shape necessary during IHC sectioning and in case of long-term storage. Since samples are sensitive for the solvents used or the fixation chemical used, great attention is usually required to ensure perfect combination.

  1. Sectioning and Mounting

Sectioning of the sample tissues depends on the application of the test. However, when dealing with small samples which require proper staining procedures, sectioning should be done. Sections are then cut into appropriate sizes using pre-cooled cryostat t and then mounted on adhesive glass slides for visualization.

Applications of Immunohistochemistry

Apart from disease diagnosis, recent improvements done on the Immunohistochemistry technique has made it to become a routine and an essential tool used in research laboratories and diagnostic fields. The other important application of IHC technique in the contemporary medical world is drug development. In this field IHC is used to examine drug efficacy by effectively detecting either the up/down or the activity regulation of various disease targets.

IHC translates into the medical field rather quickly. Expert doctors such as physicians, dentists, surgeons, and those at Total Health Chiropractic send samples into labs every day to help diagnosis patients.


#Molecular – Jared Zimmerman




Molecular Morphology – Basics

What do you need to know about Molecular Morphology?

Artful Morphology - Synaptic StimuliMolecular morphology at a first glance is a heavy word with no obvious meaning attached to it. However it can be deduced that the term has a biological meaning to it.To fully fathom what molecular morphology is,we will have to separate the phrase into “molecular” and “morphology”. Molecular comes from the word molecule. Biologically a molecule is the smallest unit of a living organism. Molecules are often microscopic and not able to be viewed with the naked eye.Morphology of the other part is a branch is biology which deals with the study and analysis of structures of biological organisms. Molecular morphology is therefore the study and analysis of molecules. The study is a vital analytic tool at the gene level making it more reliable and precise.
The history of molecular morphology is not clearly known but it can be traced down to Karl Friedrich Burdach, a German anatomist and physiologist. Documented record attests that this field of biology is still in its infancy stages and not yet developed.This is because studying of the molecules of an organism require high lens instruments.

Molecular morphology can be important in understanding the structure and function of the DNA. This would be beneficial in the field of cancer detection and treatment.The challenge,however facing molecular morphology from a practical point of view is whether it is capable of providing reliable information that surpass the already standard methods. Experts in this scientific field would, however, agree that molecular morphology is more than capable of providing tangible reliable information. The mere fact that molecular morphology focuses on the DNA proves the precision of the method.

Dealing with genetics is part of the plight of any chiropractor. Superior Physical Medicine dictates that understanding DNA at the molecular level will no doubt help us to better understand ourselves on the macro level.
As exciting as it may sound,molecular morphology presents ethical concerns regarding it. Studying of the molecule accompanies the desire to replicate it,and such may be termed as and an act of cloning.Cloning is still a thorny issue with the scientific field and religious field disagreeing of its ungodliness. As a science however,molecular morphology presents a lot of unlimited opportunities. Understanding the molecular structure of living organisms opens windows to knowing how such structures can be manipulated. And if they can be manipulated,how can such a manipulation be achieved? Science is at its all times high when molecular morphology is concerned.
In conclusion,molecular morphology is yet to grow to see its full potential being realized. With the advent of technology such an endeavor should be a smooth sail. However caution should be taken when venturing into this field as its waters are unknown.

Artful Morphology – Synaptic Stimuli