Best Selling Books by Laura Jones

Teach your kids cyber responsibility with a creative twist! From Instagram, A.I., and machine learning, technology is evolving rapidly. We are living in a time where equipping your pre-teen and teenagers to navigate being online has never been more important. It is time to meet your newest heroes Cyber Ky and Tekkie Guy! Author Laura A. Jones has created fun and relatable characters to guide your children through the do''s and don''ts of being online. This exciting tool is the perfect way to encourage your child to be savvy and alert. Follow Cyber Ky & Tekkie Guy as they empower your kids to:-Stay safe online-Know and remember real world terms and definitions -And explore careers in technology!Let author Laura A. Jones reinforce the important principles your children will need for the high-tech world they are living in.

Easy Sudoku for Knitters Sudoku is one of the most popular games. It is a fun activity and helps to stimulate your adult''s brain. Research says that keeping the mind engaged is a great way to stay sharp while ageing. Some studies have shown that sudoku might help people reduce their risk of Alzheimer''s disease, cognitive decline, or dementia as they get older. Sudoku also creates a sense of accomplishment. Features: 100 easy Sudoku puzzles One puzzle per page Instructions and answers included Paperback, matte cover finish Great gift ideas for knitters on any occasion. Order today!

2020-2024 Five Year Planner Personal Planners Daily Weekly And Monthly: Calendar Schedule agenda Organizer and Journal Notebook (Month Start from January 2020 through December 2024).This classic planner will help you schedule your appointments and daily activities, plan events, set goals, and get things done. It will also make a great gift for family and friends. Features: - Elegant minimalist design - January 2020 - December 2024- 8.5" x 11" - 60 months (2 pages per month) - Yearly reference calendars- Extra lined pages to record notes - Pages to write down important dates - Contacts page - Laminated cover, matte finish - Perfect binding

Press kit includes 1 pamphlet and 5 photographs.

And what if Jack the Ripper was actually Florence Maybrick, a woman having existed in 1888? Combining biography and real events, could this novel be a key?A theory on the identity of Jack the Ripper, having as a central idea that the murderer was none other than a woman.Here is the life of Florence Chandler, from the age of eighteen when she meets James Maybrick, her future English husband, herself being an American.How was this ''foreigner'' driven in a corner? An insecure childhood, a castrating mother of easy virtue, an unfaithful husband and the puritanical Victorian era are all elements leading us towards the answer. This story is a blend of psychology, of facts concerning the criminal who terrorized England and of an authentic biography."

Alone with only her difficult father, Hester, finds life lonely. From the day she brings home Katherine to the isolated farm where they live, the blinding monotomy of life ceases. The two forge an odd, co-dependent relationship plagued by questionable sanity, dark secrets and tragedy.

"Activation of the transcription factor Stat3 has been reported in numerous human cancers and is often correlated with poor prognosis. In particular, Stat3 activation has been reported in 30-60% of human breast cancers. Indeed, Stat3 regulates numerous targets involved in the processes of proliferation, angiogenesis, migration/invasion and immune response, all of which are essential to cancer progression. Furthermore, Stat3 activity has been specifically linked to metastasis, immune suppression and resistance to therapy. However, the use of genetically engineered mouse models (GEMMs) to examine the role of Stat3 in these processes has been limited. Utilizing a novel inducible PyVmT-driven mouse model of mammary tumourigenesis, we have highlighted an essential role for Stat3 in immunosuppression during early stages of tumour progression. Indeed, Stat3 loss results in a robust anti-tumourigenic immune response against early hyperplasic lesions in this model, driven primarily, but not exclusively, by activated cytotoxic T lymphocytes (CTLs) and M1 macrophages. This immune response was successful in the complete and rapid elimination of these early lesions. Furthermore, this model allowed us to examine a proportion of Stat3 ablated tumours that were able to eventually circumvent this immune surveillance, but lacked the ability to further metastasize. Here we report a down regulated Stat3-dependent inflammatory gene signature in these non-metastatic tumours and a corresponding lack of infiltrating macrophages, essential to metastasis. This firmly supports a role for Stat3 in modulating the tumour immune microenvironment at various stages of tumour progression. Differences in the immune microenvironment, however, did not fully account for a Stat3 dependent decrease in metastasis. Thus, we further examined the cell intrinsic roles of Stat3 in promoting breast cancer cell metastasis. Here we have shown that Stat3 ablation in breast cancer cell lines results in increased focal adhesion formation and a dysregulation of focal adhesion dynamics. This was correlated with impaired cellular migration and metastasis. Together, this suggests that Stat3 works through various mechanism to promote tumour progression and metastasis, and is thus an interesting target for potential therapeutic intervention. Nevertheless, important consideration should be given to how these transgenic mice are modeling breast cancer and if phenotypes are reproducible across models. In this vein, we have generated two novel inducible mouse models of breast cancer, driven by the human version of HER2 as well as a potentially activating, naturally occurring, alternatively spliced isoform. These models will allow for the investigation into differences between the signaling of the two HER2 isoforms, whose relative importance to human cancer is debated. With these new additions to our tool box, we can further examine these reported roles of Stat3 in an increasingly robust manner, parse differences between models, and gain a better understanding of how these models represent the cancers we are attempting to study. In summary the work presented here strongly implicates Stat3 in promoting mammary tumourigenesis at various stages of tumour progression through both cell intrinsic and extrinsic processes with an emphasis on its role in modulating the immune system to the benefit of the cancer. However, it also stresses the importance of varied models to gain an improved understanding of these processes and potentially highlights context specific considerations related to Stat3-targeted therapies." --