Complexities in Metastasis Research

Reading time: 4 minutes Megan Majocha Can you imagine trying to put together clear, acrylic puzzle pieces? It is difficult to put together all the unknowns without a picture. Metastasis research is similar -  trying to put the pieces together without knowing exactly how metastatic cells function in the human body. While cancer metastasis research... Continue Reading →

Anti-Angiogenic Cancer Treatments

Reading time: 5 minutes Aya Elmeligy Angiogenesis is the formation of blood vessels within the body to provide oxygen and nutrients to tissues. Tumors will hijack this process to allow for continued growth and metastasis by forming their own vascular system. Microvessel density within a tumor is often used as a prognosis tool, as the... Continue Reading →

Tumor-on-a-chip: A Better Method for Drug Discovery?

Reading time: 7 minutes Nayela Chowdhury Conventional 2D and 3D models of cancer have widely been utilized in pre-clinical drug development; however, neither of the platforms mimics the dynamic interactions that occur in living tumors. In vivo studies (for example, in small animal models)  have been central in translational cancer research and have contributed largely... Continue Reading →

‘Ubiquitous’ Ubiquitination Pathway and Cancer

Reading time: 4 minutes Deepika Jayaprakash What is common to eukaryotic organisms like animals, plants, fungi, and unicellular organisms? Ubiquitous Ubiquitin!   Ubiquitin (ub) is a small protein found in all eukaryotes that when attached to its target protein can bring about a myriad of cellular processes. The first observed effect of ubiquitination was degradation of... Continue Reading →

Cancer Neuroscience: A New Field

Reading time: 6 minutes Ana Isabel Castillo Orozco "Cancer Neuroscience": This is the name given to a novel and exciting field that aims to study the complex interactions between the nervous system and cancer development. In recent years, increasing evidence has come to light that neuronal activity is crucial in regulating cancer initiation and progression.... Continue Reading →

Bacterial Fortification for Cancer Therapeutics

Reading time: 3 minutes Bhavuk Garg Cancer treatment options have undergone multiple strategic shifts over the course of the last century starting with resection and moving to chemotherapy, immunotherapy, and chemical inhibitors. Major challenges faced by many therapeutics are adverse toxic reactions inflicted on the patients and the development of therapeutic resistance due to high... Continue Reading →

Why do we need mice models in the study of cancer?

Namrata Nilavar Reading time: 5 minutes During the COVID-19 pandemic, many researchers have ‘simulated’ the progression of the pandemic, which often involves researchers using a computer program that allows them to understand how the pandemic might pan out. These programs can help us predict ‘real-world’ scenarios. Similarly, we can simulate or imitate the progression of... Continue Reading →

Somatic Mutation Across Mammals

Reading time: 3 minutes Hannah Young Somatic mutations are changes in DNA that occur as cells in our body divide. They are distinct from germline mutations, which occur in germ cells (e.g. eggs and sperm) and are passed down from parent to child. Both somatic and germline mutations contribute to cancer and aging. While we’ve... Continue Reading →

Targeting Transcription Factors in Cancers

Reading time: 4 minutes Bhavuk Garg Cancers are characterized by uncontrolled growth and failure of differentiation, whereby cells lose their physiological characteristics and acquire malignant phenotypes, also known as neoplastic properties. Examining the distinct properties of cancer cells and their underlying mechanisms are active areas of investigation. Broadly, these properties are summarized as hallmarks of... Continue Reading →

Cancer’s Jumping Gene Problem

Reading time: 3 minutes Gabby Budziszewski Proteins, the molecular machines that perform functions within our cells to keep us alive, are all encoded in DNA, but only 1-2% of our three billion base pairs of DNA encode proteins. For many years, the other 98-99% of DNA was referred to as “junk” DNA. However, we now... Continue Reading →

Breast Milk May Give a Glimpse into Breast Cancer

Reading time: 4 minutes Jessica Desamero Breastfeeding is essential for a baby’s first few months and can even reduce a mother’s risk of breast cancer. The exact cause is unclear, but it could be due to the associated hormonal changes that delay the mother’s menstrual cycles. This delay reduces the mother’s lifetime exposure to menstrual... Continue Reading →

A Common Denominator That Links All Cancers

Reading time: 4 minutes Aishat Motolani Cancer is a heterogeneous genetic disease notorious for dodging several bullets of treatments. Tumors can develop in different organs and tissues of the body. As a result, there are over 100 types of cancers according to the National Cancer Institute. One of the current approaches pursued to solve cancer... Continue Reading →

Can Eating Plant-based Prevent Cancer?

Reading time: 4 minutes Christina Snyder Cancer is a massive problem that affects almost 2 million new people each year in the U.S. alone. But what if you could drastically decrease your risk for cancer later in life simply by changing your diet? While, unfortunately, there is no single magical fruit that can prevent cancer,... Continue Reading →

Is Cancer a Sort of Monster?

Reading time: 4 minutes Leandro de Lima Coutinho It may seem a bit naive to associate cancer with an imaginary creature that is large, ugly, frightening, and often destructive. However, to understand why we would consider cancer as a monster, we need to first revive a creature from Greek mythology and then recall the etymology... Continue Reading →

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