/*HP 正文样式*/
a#inte-1-2:hover {
	text-decoration:none;
}
a#inte-1-2:hover::before {
	content:'Professor Gan is an expert in microbial energy metabolism and biosynthesis. Her research has uncovered a novel mechanism by which cyanobacteria can utilize far-infrared light energy for photosynthesis.\AThrough our communication with Professor Gan, we understood that photosensitive promoters have advantages over conventional chemical inducers, such as convenience and low interference. Therefore, we decided to employ a photosensitive promoter to regulate our recording system.';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:4.5%;
	top:45%;
	text-decoration:none;
	z-index:10;
	padding:1vw;
}

a#inte-2-2:hover {
	text-decoration:none;
}
a#inte-2-2:hover::before {
	content:'Professor Andreas Moglich holds a chair in Biophysical Chemistry at Humboldt University Berlin. His research group investigates the structure, function, and mechanism of sensory photoreceptors and their application in optogenetics.\AWe consulted Professor Moglich about the light induction system and learned about three options: red, blue, and green light-inducible promoters. After considering various factors, we opted for the blue light promoter, EL222.';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:4.5%;
	top:80%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}

a#inte-3-2:hover {
	text-decoration:none;
}
a#inte-3-2:hover::before {
	content:'Mao served as the leader of the 2021 WHU-China iGEM team, which achieved a gold award and was nominated for Best Measurement.\AWe discussed some possible approaches to address the following questions: “How to avoid the continuous self-splicing of the system in response to the signal?” and “How to design the meticulous induction conditions?”';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:4.5%;
	top:45%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}

a#inte-4-2:hover {
	text-decoration:none;
}
a#inte-4-2:hover::before {
	content:'Xiaowei Liang is a graduate student who specializes in microbiology at Wuhan University. She has extensive experience in applying the CRISPR system to yeast cells.\ALiang suggested that we should identify the CRISPR editing site on the genome before selecting the corresponding site on the plasmid. This approach helped us to address the question of "how to verify the knockout system can work?".';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:20%;
	top:80%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}

a#inte-5-2:hover {
	text-decoration:none;
}
a#inte-5-2:hover::before {
	content:'Professor Zhang’s main research interests include: construction and optimization of the new CRISPR / Cas 9 tool; optimization of macromolecular non-viral delivery for cell therapy; and exploration of CRISPR / Cas 9-mediated cell therapy.\AZhang pointed out that we have some deficiencies in the diversity of storage signals and need further improvement and optimization. Further, the teacher analyzed the current mainstream CRISPR-related technologies, giving us valuable suggestions for the improvement of the project.';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:30%;
	top:45%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}

a#inte-6-2:hover {
	text-decoration:none;
}
a#inte-6-2:hover::before {
	content:'Wen holds a PhD in developmental biology from Wuhan University and has extensive experience in plant developmental molecular biology.\AWen proposed that we use constitutive promoters to verify the functionality of the CRISPR reporter editing system. This would make our experimental design more rigorous and more logical.';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:40%;
	top:80%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}

a#inte-7-2:hover {
	text-decoration:none;
}
a#inte-7-2:hover::before {
	content:'Professor Zhang specializes in the research of bioinformatics, biological data, and artificial intelligence, and conducts the modeling and algorithm development of (single-cell) biomedical big data integration and mining.\A Based on her suggestion, we completed the requirement analysis and literature review of the model. We finally defined the numerical simulation software part as “providing pre-screening and heuristic suggestions for biological experiments”.';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:45%;
	top:45%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}
a#inte-8-2:hover {
	text-decoration:none;
}
a#inte-8-2:hover::before {
	content:'Sun was the leader of iGEM at Wuhan University in 2014. He is now dedicated to increasing the production of target products in Escherichia coli and yeast, and then scaling up the production in fermenters.\ASun gave recommendations for our project from the perspective of synthetic biology applications. For diagnosis, he suggested that we should focus on clinical testing and safety assessment; for environmental detection, he inspired us to consider more application scenarios in the environment, to detect multiple signal molecules.';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:55%;
	top:80%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}
a#inte-9-2:hover {
	text-decoration:none;
}
a#inte-9-2:hover::before {
	content:'Dr. Liao Fei has dedicated over a decade to the diagnosis, treatment, and scientific research of digestive system diseases. His primary areas of interest encompass the application of Artificial Intelligence in digestive system diseases and the diagnosis and treatment of exosomes and inflammatory bowel diseases, among others.\ADr. Liao has expressed his affirmation of the applicability of this multi-recording model within the realm of Inflammatory Bowel Disease (IBD) pathogenesis recording. Concurrently, he has articulated his aspiration for our engineered bacteria to transcend the confines of disease detection. He encourages efforts towards incorporating treatment modules, thereby facilitating an amalgamation of diagnosis and treatment, ultimately paving the way for precision medicine.';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:55%;
	top:45%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}

a#inte-10-2:hover {
	text-decoration:none;
}
a#inte-10-2:hover::before {
	content:'Professor Chen, an esteemed Associate Researcher at the School of Resources and Environment at Wuhan University, specializes in the environmental distribution, recycling, and health risk assessment of emerging pollutants. His work also encompasses the prevention and treatment of these pollutants in soil and water.\AChen emphasizes the importance of considering both sensitivity and cost when transitioning engineered bacteria into practical applications. To enhance the competitiveness of our project, he recommends concentrating on novel pollutants.';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:65%;
	top:80%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}

a#inte-11:hover {
	text-decoration:none;
}
a#inte-11:hover::before {
	content:'The Shenzhen Synthetic Biology Infrastructure, a key project in the construction of the Shenzhen Light District Science City, prioritizes and arranges its design. This infrastructure comprises three major platforms: a design learning platform, a synthetic test platform, and a user testing platform.\AWe have profoundly experienced the significant convenience that artificial intelligence brings to biotechnology. This trend inspires us to envision the future of CRISPReporter, where we could employ robots and artificial intelligence to develop biosensors tailored to our requirements.';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:70%;
	top:45%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}
a#inte-12:hover {
	text-decoration:none;
}
a#inte-12:hover::before {
	content:'The Center for Inflammatory Bowel Disease Research and Diagnosis has established a standardized Inflammatory Bowel Disease (IBD) database and surgical specimen database in collaboration with the Biobank of Wuhan University, facilitating relevant clinical and basic research.\ADuring our visit to the Center, we gained insight into the multifaceted approach required to improve IBD diagnosis. This includes strengthening basic research, refining diagnostic criteria, and enhancing patient education and psychological support.';
    display:block;
	text-align: justify;
	word-break: normal;
	hyphens: auto;
	font-size:1.2vw;
	line-height:1.5vw;
	color:#2e2272;
	width:300px;
	height:fit-content;
	font-weight:500;
	background-color:#fff8ff;
	box-shadow: 0px 0px 5px #ffb2ff;
	border-radius:1vw;
	position:absolute;
	left:70%;
	top:80%;
	text-decoration:none;
	z-index:4;
	padding:1vw;
}

/* a.bubble-bottom:hover::after {
    content:'';
    z-index:100;
    background-image: url(https://static.igem.wiki/teams/4630/wiki/webpage/team/cyt-square.jpg);
    background-size: contain;
    border-radius: 50%;
    position:absolute;
    left:14.4vw;
    top:10vw;
    width:4vw;
    height:4vw;
} */