Numerous tick-borne infections cause problems for humans and animals worldwide. Lyme disease is the best known, but babesiosis, bartonellosis, anaplasmosis, ehrlichiosis, Rocky Mountain spotted fever, and many others are also serious problems. Many studies have confirmed that herbs and herbal extracts can help to repel the several types of ticks (as can non-chemical means such as wearing long pants and tucking them into socks) that spread these diseases [1-34]. There are an estimated 300,000 new cases of Lyme disease each year in the United States [35]. Standard treatment with doxycycline or an alternative antibiotic for a few weeks usually clears the infection and resolves symptoms [2-32]. The cause of this lingering syndrome isn't known. But it is known that cultures of Lyme disease [29] bacteria, Borrelia burgdorferi, can enter a so-called stationary phase in which many of the cells divide slowly or not at all. The slow-dividing or dormant cells are "persister" cells, which can form naturally under nutrient starvation or stress conditions, and are more resistant to antibiotics [1,4,28]. There are a number of different herbal protocols to address Tick-Borne [30] Diseases at multiple stages and with its varying symptoms. Chinese herbal medicine is no stranger to Lyme and other tick-borne illnesses [2,9,15]. Many Chinese herbs contain broad spectrum antibiotic and antiviral properties as well as other constituents that diminish the pathogenic load in the body. One such plant bears parts that address such issues, known as ‘damp heat’ in Chinese medicine. The 2 parts of the Isatis plant, its roots and leaves are effective for acute Lyme and other tick-borne infections. The root, known as ‘ban lan gen’ in Chinese is used for such conditions with high fevers, encephalitis, rashes, and hepatitis [17-29]. Ban lan gen has antiviral and antibacterial properties and also improves the immune system. Since surveillance of Lyme disease began by the CDC, the number of reported cases of Lyme disease has risen steadily. In 2000, 18,000 cases were reported and in 2008 that number had risen to over 35,000. Many authorities believed that the true number of Lyme infections was under-reported by a factor of 10. In 2013 the CDC confirmed this by announcing the estimated incidence Lyme Borrelia is approximately 300,000 cases per year. Ticks, tick transmitted infections, hosts, and a multitude of factors that influence them are constantly undergoing change [3-5]. This constant state of flux for multiple factors impacts: Vector and disease surveillance, reporting, public awareness, and interventions; fluctuations in tick population densities and range at local and national levels; introduction of tick-borne diseases into new areas, resurgence, and emergence within established geographic areas; and the development of surveillance and diagnostic tools to educate healthcare providers and raise awareness of the public both to old and new public health threats [32-34].

Understanding tick-borne zoonosis requires comprehensive examination and increasing knowledge of the complex associations among tick populations, habitat landscapes, climate, human behavior, human demographics, economics, and intrinsic pathogen factors [6-8]. Arthropod disease vectors and their transmission of disease causing agents are significantly influenced by weather and climate [9] Warming global temperatures will influence geographic range and population expansion of ticks, which, in turn, influences distribution patterns and incidences of tick-borne infections [10] Ticks and tick-borne diseases are predicted to move pole ward, with accompanying contractions in subtropical or tropical equatorial ranges [11]. In the northern hemisphere, warmer falls, winters, and springs can, potentially, increase the geographic range of ticks further to the north, as well as to higher altitudes [12]. Likewise, elevated temperatures in other regions could create environments not favorable for the development or survival of some tick species. An environmental temperature rise of 2_C is predicated to make habitats less favorable for several tick species in South Africa [13,14]. Since ixodid ticks are particularly sensitive to humidity levels; the combination of increased temperature and drier seasons could negatively impact tick populations [16-18].

Ticks are particularly sensitive to variations in rainfall. Due to the complex interactions of ticks, pathogens, reservoir hosts, and weather, any climate changes are likely to influence tick-borne zoonoses more than vector-borne infections that are directly transmitted between humans [19]. The impact of climate change on ticks and tick-borne diseases will be determined over time; however, since differing views exist on the development of needed predictive models, this will be a challenging task [20] .Using herbs to cure a lot of diseases in these days was mentioned by a lot of countries like Iran, China, United States and African regions. In this paper, we had followed some of most potential ones which had some traditional base in tick-borne disease [15,21,31].